kuadrat2010
TRANSCRIPT
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Teacher : Andhi S. Subject : Mathematics Session : Class : X Date :
Topic: Quadratic Expression 1(Relation & Function )
Description:
Quadratic expressions deals with its function, equation , and inequality. Beginning with the definition of relation &function,
continues with quadratic function and the graph, then quadratic equation with various solving (factorize, abc formulae, completing
the square) ,discriminated values, roots ,relation between roots (the sum and the product), composing new quadratic equation, and
finally inequality quadratic equation. After the basic principles, it closed with the application in real life.
Learning Outcomes/
Objective/ Purpose
(The students will be able to TSWBAT)
action words/Blooms/Biblical integrations/
assessable/easy to understand
General Instructional Objective (Standard of Competence):
1. Understand the concept of function
2. Drawing graphs of simple algebra functions and quadratic function
3. Using characters manipulation and rules of quadratics equation and its
inequality
4. Designing mathematics models representing problems of quadratic equations
or functions
5. Solving and interpreting mathematics models representing problems of
quadratic equations or function
Objectives/Indicators:
To Know
1. State and explain the definition of relation and mapping. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
2. State the definition of domain, co-domain, and range of a function. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
3. State the domain, co-domain, and range of a function. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
4. State and explain the definition of quadratic equation. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
5. State and explain the definition of roots of quadratic equations. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
6. Identify quadratic inequalities in quadratic equation graph. (CKMID-6, CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
7. Identify simple problems related to one variable inequalities. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
To Value
1. realize the usage of functions in understanding natural phenomenon.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
2. recognize the orderliness of nature modeled by functions. (CVMID-2,
CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
DAILY LESSON PLAN
Dian Harapan Senior School
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3. recognize the possibility of natural resource optimization using functions.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
To Do
1. make table of values of basic algebraic functions (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)2. draw basic algebraic functions based on the table of values(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)3. make table of values of quadratic functions (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)4. determine axis of symmetry, axis intercepts, and maxima minimaof a quadratic function (CDMID-10, CDMID-11, CDCM-7, FDCID-8,FDMP-6, RDRID-10, RDHS-3, RDRW-9)5. draw quadratic functions (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)6. determine the roots of quadratic functions using factorisation,completing the square, and ABC formula (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)7. determine the sum and product of the roots of quadratic functions(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-
3, RDRW-9)8. determine whether a quadratic function is definite positive ornegative (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)9. using the sum and product of the roots of quadratic function inalgebraic manipulation calculation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)10. using the sum and product of the roots of quadratic function increating new quadratic equation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)11. identify problems that can be modelled with quadratic equationmodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)12. determine the independent and dependent variables in themodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)
13. design quadratic equation model (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)14. solve and interpret the result of the quadratic equation model(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)15. solve one variable quadratic inequalities (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)16. solve and interpret the result of the inequality model (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)
Time
Anticipatory Set/ Hook 1. Teacher introduces and gives explanation of upcoming activity
and its objectives (To know no 1,2 to, do no. 1,2 to value
no. 1 ,2,3)
5
Input/ Modeling/ Checking for
Understanding
2. Teacher use RSQC2 to remind students about relation and functionas long as domain, co-domain, and range(To know no 1,2 to, do no.
1,2 to value no. 1 ,2,3)
15
Guided Practice 3. Teacher gives examples (To know no 1,2 to, do no. 1,2 to value
no. 1 ,2,3)
5
Independent Practice 4. Students have exercise from worksheet (To know no 1,2 to, do no.
1,2 to value no. 1 ,2,3)
60
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Closing 5. Teacher gives homework and some reviews (To know no 1,2 to, do
no. 1,2 to value no. 1 ,2,3)
5
Reflection
Acknowledged by Checked by Prepared by
________________ _________________ _________________
_______________
Principal Curriculum Coordinator Team Leader
Teacher
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7/30/2019 kuadrat2010
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Teacher : Andhi S. Subject : Mathematics Session : Class : X Date :
Topic: Quadratic Expression 2(Quadratic Function 1 )
Description:
Quadratic expressions deals with its function, equation , and inequality. Beginning with the definition of relation &function,
continues with quadratic function and the graph, then quadratic equation with various solving (factorize, abc formulae, completing
the square) ,discriminated values, roots ,relation between roots (the sum and the product), composing new quadratic equation, and
finally inequality quadratic equation. After the basic principles, it closed with the application in real life.
Learning Outcomes/
Objective/ Purpose
(The students will be able to TSWBAT)
action words/Blooms/Biblical integrations/
assessable/easy to understand
General Instructional Objective (Standard of Competence):
1. Understand the concept of function
2. Drawing graphs of simple algebra functions and quadratic function
3. Using characters manipulation and rules of quadratics equation and its
inequality
4. Designing mathematics models representing problems of quadratic equations
or functions
5. Solving and interpreting mathematics models representing problems of
quadratic equations or function
Objectives/Indicators:
To Know
1. State and explain the definition of relation and mapping. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
2. State the definition of domain, co-domain, and range of a function. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
3. State the domain, co-domain, and range of a function. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
4. State and explain the definition of quadratic equation. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
5. State and explain the definition of roots of quadratic equations. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
6. Identify quadratic inequalities in quadratic equation graph. (CKMID-6, CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
7. Identify simple problems related to one variable inequalities. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
To Value
1. realize the usage of functions in understanding natural phenomenon.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
2. recognize the orderliness of nature modeled by functions. (CVMID-2,
CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
DAILY LESSON PLAN
Dian Harapan Senior School
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7/30/2019 kuadrat2010
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3. recognize the possibility of natural resource optimization using functions.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
To Do
1. make table of values of basic algebraic functions (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)2. draw basic algebraic functions based on the table of values(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)3. make table of values of quadratic functions (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)4. determine axis of symmetry, axis intercepts, and maxima minimaof a quadratic function (CDMID-10, CDMID-11, CDCM-7, FDCID-8,FDMP-6, RDRID-10, RDHS-3, RDRW-9)5. draw quadratic functions (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)6. determine the roots of quadratic functions using factorisation,completing the square, and ABC formula (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)7. determine the sum and product of the roots of quadratic functions(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-
3, RDRW-9)8. determine whether a quadratic function is definite positive ornegative (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)9. using the sum and product of the roots of quadratic function inalgebraic manipulation calculation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)10. using the sum and product of the roots of quadratic function increating new quadratic equation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)11. identify problems that can be modelled with quadratic equationmodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)12. determine the independent and dependent variables in themodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)
13. design quadratic equation model (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)14. solve and interpret the result of the quadratic equation model(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)15. solve one variable quadratic inequalities (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)16. solve and interpret the result of the inequality model (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)
Time
Anticipatory Set/ Hook 1. Teacher review homework (To know no 3, to, do no. 2,3 to
value no. 1 ,2,3)
5
Input/ Modeling/ Checking for
Understanding
2. Teacher use RSQC2 to remind students about some function
especially quadratic function (To know no 3, to, do no. 2,3, to valueno. 1 ,2,3)
15
Guided Practice 3. Teacher gives examples through drawing(To know no 3, to, do no.
2,3, to value no. 1 ,2,3)
5
Independent Practice 4. Students have exercise from worksheet (To know no 3, to, do no.
2,3, to value no. 1 ,2,3)
60
Closing 5. Teacher gives homework and some reviews (To know no 3, to, do 5
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no. 2,3, to value no. 1 ,2,3)
Reflection
Acknowledged by Checked by Prepared by
________________ _________________ _________________
_______________
Principal Curriculum Coordinator Team Leader
Teacher
-
7/30/2019 kuadrat2010
7/46
Teacher : Andhi S. Subject : Mathematics Session : Class : X Date :
Topic: Quadratic Expression 3(Quadratic Function 2)
Description:
Quadratic expressions deals with its function, equation , and inequality. Beginning with the definition of relation &function,
continues with quadratic function and the graph, then quadratic equation with various solving (factorize, abc formulae, completing
the square) ,discriminated values, roots ,relation between roots (the sum and the product), composing new quadratic equation, and
finally inequality quadratic equation. After the basic principles, it closed with the application in real life.
Learning Outcomes/
Objective/ Purpose
(The students will be able to TSWBAT)
action words/Blooms/Biblical integrations/
assessable/easy to understand
General Instructional Objective (Standard of Competence):
1. Understand the concept of function
2. Drawing graphs of simple algebra functions and quadratic function
3. Using characters manipulation and rules of quadratics equation and its
inequality
4. Designing mathematics models representing problems of quadratic equations
or functions
5. Solving and interpreting mathematics models representing problems of
quadratic equations or function
Objectives/Indicators:
To Know
1. State and explain the definition of relation and mapping. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
2. State the definition of domain, co-domain, and range of a function. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
3. State the domain, co-domain, and range of a function. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
4. State and explain the definition of quadratic equation. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
5. State and explain the definition of roots of quadratic equations. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
6. Identify quadratic inequalities in quadratic equation graph. (CKMID-6, CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
7. Identify simple problems related to one variable inequalities. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
To Value
1. realize the usage of functions in understanding natural phenomenon.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
2. recognize the orderliness of nature modeled by functions. (CVMID-2,
CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
DAILY LESSON PLAN
Dian Harapan Senior School
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7/30/2019 kuadrat2010
8/46
3. recognize the possibility of natural resource optimization using functions.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
To Do
1. make table of values of basic algebraic functions (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)2. draw basic algebraic functions based on the table of values(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)3. make table of values of quadratic functions (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)4. determine axis of symmetry, axis intercepts, and maxima minimaof a quadratic function (CDMID-10, CDMID-11, CDCM-7, FDCID-8,FDMP-6, RDRID-10, RDHS-3, RDRW-9)5. draw quadratic functions (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)6. determine the roots of quadratic functions using factorisation,completing the square, and ABC formula (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)7. determine the sum and product of the roots of quadratic functions(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-
3, RDRW-9)8. determine whether a quadratic function is definite positive ornegative (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)9. using the sum and product of the roots of quadratic function inalgebraic manipulation calculation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)10. using the sum and product of the roots of quadratic function increating new quadratic equation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)11. identify problems that can be modelled with quadratic equationmodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)12. determine the independent and dependent variables in themodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)
13. design quadratic equation model (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)14. solve and interpret the result of the quadratic equation model(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)15. solve one variable quadratic inequalities (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)16. solve and interpret the result of the inequality model (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)
Time
Anticipatory Set/ Hook 1. Teacher reviews the homework (To know no 3, to, do no. 1,2
to value no. 1 ,2,3)
5
Input/ Modeling/ Checking for
Understanding
2. Teacher use concept maps to enlist symmetry axis,
maximum/minimum values and vertex, its intersection with x and y axisand the graph (To know no 3, to, do no. 2,3, to value no. 1 ,2,3)
15
Guided Practice 3. Teacher gives examples (To know no 3, to, do no. 2,3, to
value no. 1 ,2,3)
2.
5
Independent Practice 4. Students have exercise from worksheet (To know no 1,2 to, do no.
1,2 to value no. 1 ,2,3)
60
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Closing 5. Teacher gives homework and some reviews (To know no 3, to, do
no. 2,3, to value no. 1 ,2,3)
5
Reflection
Acknowledged by Checked by Prepared by
________________ _________________ _________________
_______________
Principal Curriculum Coordinator Team Leader
Teacher
-
7/30/2019 kuadrat2010
10/46
Teacher : Andhi S. Subject : Mathematics Session : Class : X Date :
Topic: Quadratic Expression 4(Quadratic Function 3)
Description:
Quadratic expressions deals with its function, equation , and inequality. Beginning with the definition of relation &function,
continues with quadratic function and the graph, then quadratic equation with various solving (factorize, abc formulae, completing
the square) ,discriminated values, roots ,relation between roots (the sum and the product), composing new quadratic equation, and
finally inequality quadratic equation. After the basic principles, it closed with the application in real life.
Learning Outcomes/
Objective/ Purpose
(The students will be able to TSWBAT)
action words/Blooms/Biblical integrations/
assessable/easy to understand
General Instructional Objective (Standard of Competence):
1. Understand the concept of function
2. Drawing graphs of simple algebra functions and quadratic function
3. Using characters manipulation and rules of quadratics equation and its
inequality
4. Designing mathematics models representing problems of quadratic equations
or functions
5. Solving and interpreting mathematics models representing problems of
quadratic equations or function
Objectives/Indicators:
To Know
1. State and explain the definition of relation and mapping. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
2. State the definition of domain, co-domain, and range of a function. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
3. State the domain, co-domain, and range of a function. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
4. State and explain the definition of quadratic equation. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
5. State and explain the definition of roots of quadratic equations. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
6. Identify quadratic inequalities in quadratic equation graph. (CKMID-6, CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
7. Identify simple problems related to one variable inequalities. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
To Value
1. realize the usage of functions in understanding natural phenomenon.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
2. recognize the orderliness of nature modeled by functions. (CVMID-2,
CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
DAILY LESSON PLAN
Dian Harapan Senior School
-
7/30/2019 kuadrat2010
11/46
3. recognize the possibility of natural resource optimization using functions.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
To Do
1. make table of values of basic algebraic functions (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)2. draw basic algebraic functions based on the table of values(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)3. make table of values of quadratic functions (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)4. determine axis of symmetry, axis intercepts, and maxima minimaof a quadratic function (CDMID-10, CDMID-11, CDCM-7, FDCID-8,FDMP-6, RDRID-10, RDHS-3, RDRW-9)5. draw quadratic functions (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)6. determine the roots of quadratic functions using factorisation,completing the square, and ABC formula (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)7. determine the sum and product of the roots of quadratic functions(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-
3, RDRW-9)8. determine whether a quadratic function is definite positive ornegative (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)9. using the sum and product of the roots of quadratic function inalgebraic manipulation calculation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)10. using the sum and product of the roots of quadratic function increating new quadratic equation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)11. identify problems that can be modelled with quadratic equationmodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)12. determine the independent and dependent variables in themodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)
13. design quadratic equation model (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)14. solve and interpret the result of the quadratic equation model(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)15. solve one variable quadratic inequalities (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)16. solve and interpret the result of the inequality model (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)
Time
Anticipatory Set/ Hook 1. Teacher review homework (To know no 3, to, do no. 3,4,5 to
value no. 1 ,2,3)
5
Input/ Modeling/ Checking for
Understanding
2. Teacher use RSQC2 to remind students about quadratic function and
its properties (To know no 3, to, do no. 3,4,5 to value no. 1 ,2,3)
15
Guided Practice 3. Teacher gives more examples (To know no 3, to, do no. 3,4, 5,to
value no. 1 ,2,3)
5
Independent Practice 4. Students have exercise from worksheet (To know no 3, to, do no.
3,4,5, to value no. 1 ,2,3)
60
Closing 5. Teacher gives homework and some reviews (To know no 3, to, do 5
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no. 3,4,5, to value no. 1 ,2,3)
Reflection
Acknowledged by Checked by Prepared by
________________ _________________ _________________
_______________
Principal Curriculum Coordinator Team Leader
Teacher
-
7/30/2019 kuadrat2010
13/46
Teacher : Andhi S. Subject : Mathematics Session : Class : X Date :
Topic: Quadratic Expression 5(Quadratic Equation 1 )
Description:
Quadratic expressions deals with its function, equation , and inequality. Beginning with the definition of relation &function,
continues with quadratic function and the graph, then quadratic equation with various solving (factorize, abc formulae, completing
the square) ,discriminated values, roots ,relation between roots (the sum and the product), composing new quadratic equation, and
finally inequality quadratic equation. After the basic principles, it closed with the application in real life.
Learning Outcomes/
Objective/ Purpose
(The students will be able to TSWBAT)
action words/Blooms/Biblical integrations/
assessable/easy to understand
General Instructional Objective (Standard of Competence):
1. Understand the concept of function
2. Drawing graphs of simple algebra functions and quadratic function
3. Using characters manipulation and rules of quadratics equation and its
inequality
4. Designing mathematics models representing problems of quadratic equations
or functions
5. Solving and interpreting mathematics models representing problems of
quadratic equations or function
Objectives/Indicators:
To Know
1. State and explain the definition of relation and mapping. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
2. State the definition of domain, co-domain, and range of a function. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
3. State the domain, co-domain, and range of a function. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
4. State and explain the definition of quadratic equation. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
5. State and explain the definition of roots of quadratic equations. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
6. Identify quadratic inequalities in quadratic equation graph. (CKMID-6, CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
7. Identify simple problems related to one variable inequalities. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
To Value
1. realize the usage of functions in understanding natural phenomenon.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
2. recognize the orderliness of nature modeled by functions. (CVMID-2,
CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
DAILY LESSON PLAN
Dian Harapan Senior School
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7/30/2019 kuadrat2010
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3. recognize the possibility of natural resource optimization using functions.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
To Do
1. make table of values of basic algebraic functions (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)2. draw basic algebraic functions based on the table of values(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)3. make table of values of quadratic functions (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)4. determine axis of symmetry, axis intercepts, and maxima minimaof a quadratic function (CDMID-10, CDMID-11, CDCM-7, FDCID-8,FDMP-6, RDRID-10, RDHS-3, RDRW-9)5. draw quadratic functions (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)6. determine the roots of quadratic functions using factorisation,completing the square, and ABC formula (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)7. determine the sum and product of the roots of quadratic functions(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-
3, RDRW-9)8. determine whether a quadratic function is definite positive ornegative (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)9. using the sum and product of the roots of quadratic function inalgebraic manipulation calculation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)10. using the sum and product of the roots of quadratic function increating new quadratic equation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)11. identify problems that can be modelled with quadratic equationmodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)12. determine the independent and dependent variables in themodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)
13. design quadratic equation model (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)14. solve and interpret the result of the quadratic equation model(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)15. solve one variable quadratic inequalities (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)16. solve and interpret the result of the inequality model (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)
Time
Anticipatory Set/ Hook 1. Teacher introduces the concept of quadratic equation and its
terms(To know no 4, to, do no. 6 to value no. 1 ,2,3)
5
Input/ Modeling/ Checking for
Understanding
2. Teacher use concept drawing to remind students about factorizing ,completing the square , and abc formulae of the quadratic equation(To
know no 4, to, do no. 6, to value no. 1 ,2,3)
15
Guided Practice 3. Teacher gives examples (To know no 4, to, do no. 6, to value no.
1 ,2,3)
5
Independent Practice 4. Students have exercise from worksheet (To know no 4, to, do no.
6, to value no. 1 ,2,3)
60
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Closing 5. Teacher gives homework and some reviews (To know no 4, to, do
no. 6, to value no. 1 ,2,3)
5
Reflection
Acknowledged by Checked by Prepared by
________________ _________________ _________________
_______________
Principal Curriculum Coordinator Team Leader
Teacher
-
7/30/2019 kuadrat2010
16/46
Teacher : Andhi S. Subject : Mathematics Session : Class : X Date :
Topic: Quadratic Expression 6(Quadratic Equation 2 )
Description:
Quadratic expressions deals with its function, equation , and inequality. Beginning with the definition of relation &function,
continues with quadratic function and the graph, then quadratic equation with various solving (factorize, abc formulae, completing
the square) ,discriminated values, roots ,relation between roots (the sum and the product), composing new quadratic equation, and
finally inequality quadratic equation. After the basic principles, it closed with the application in real life.
Learning Outcomes/
Objective/ Purpose
(The students will be able to TSWBAT)
action words/Blooms/Biblical integrations/
assessable/easy to understand
General Instructional Objective (Standard of Competence):
1. Understand the concept of function
2. Drawing graphs of simple algebra functions and quadratic function
3. Using characters manipulation and rules of quadratics equation and its
inequality
4. Designing mathematics models representing problems of quadratic equations
or functions
5. Solving and interpreting mathematics models representing problems of
quadratic equations or function
Objectives/Indicators:
To Know
1. State and explain the definition of relation and mapping. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
2. State the definition of domain, co-domain, and range of a function. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
3. State the domain, co-domain, and range of a function. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
4. State and explain the definition of quadratic equation. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
5. State and explain the definition of roots of quadratic equations. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
6. Identify quadratic inequalities in quadratic equation graph. (CKMID-6, CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
7. Identify simple problems related to one variable inequalities. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
To Value
1. realize the usage of functions in understanding natural phenomenon.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
2. recognize the orderliness of nature modeled by functions. (CVMID-2,
CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
DAILY LESSON PLAN
Dian Harapan Senior School
-
7/30/2019 kuadrat2010
17/46
3. recognize the possibility of natural resource optimization using functions.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
To Do
1. make table of values of basic algebraic functions (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)2. draw basic algebraic functions based on the table of values(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)3. make table of values of quadratic functions (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)4. determine axis of symmetry, axis intercepts, and maxima minimaof a quadratic function (CDMID-10, CDMID-11, CDCM-7, FDCID-8,FDMP-6, RDRID-10, RDHS-3, RDRW-9)5. draw quadratic functions (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)6. determine the roots of quadratic functions using factorisation,completing the square, and ABC formula (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)7. determine the sum and product of the roots of quadratic functions(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-
3, RDRW-9)8. determine whether a quadratic function is definite positive ornegative (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)9. using the sum and product of the roots of quadratic function inalgebraic manipulation calculation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)10. using the sum and product of the roots of quadratic function increating new quadratic equation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)11. identify problems that can be modelled with quadratic equationmodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)12. determine the independent and dependent variables in themodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)
13. design quadratic equation model (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)14. solve and interpret the result of the quadratic equation model(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)15. solve one variable quadratic inequalities (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)16. solve and interpret the result of the inequality model (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)
Time
Anticipatory Set/ Hook 1. Teacher reviews homework (To know no 4, to, do no. 6, to
value no. 1 ,2,3)
5
Input/ Modeling/ Checking for
Understanding
2. Teacher use concept maps to explain discriminate values and its
impact s to graph, (To know no 4, to, do no. 6, to value no. 1 ,2,3)
15
Guided Practice 3. Teacher gives more examples (To know no 4, to, do no. 6, to
value no. 1 ,2,3)
5
Independent Practice 4. Students have exercise from worksheet (To know no 4, to, do no.
6, to value no. 1 ,2,3)
60
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Closing 5. Teacher reminds students to have test 1 for the next day (To know
no 4, to, do no. 6, to value no. 1 ,2,3)
5
Reflection
Acknowledged by Checked by Prepared by
________________ _________________ _________________
_______________
Principal Curriculum Coordinator Team Leader
Teacher
-
7/30/2019 kuadrat2010
19/46
Teacher : Andhi S. Subject : Mathematics Session : Class : X Date :
Topic: Quadratic Expression 7(Test 1 )
Description:
Quadratic expressions deals with its function, equation , and inequality. Beginning with the definition of relation &function,
continues with quadratic function and the graph, then quadratic equation with various solving (factorize, abc formulae, completing
the square) ,discriminated values, roots ,relation between roots (the sum and the product), composing new quadratic equation, and
finally inequality quadratic equation. After the basic principles, it closed with the application in real life.
Learning Outcomes/
Objective/ Purpose
(The students will be able to TSWBAT)
action words/Blooms/Biblical integrations/
assessable/easy to understand
General Instructional Objective (Standard of Competence):
1. Understand the concept of function
2. Drawing graphs of simple algebra functions and quadratic function
3. Using characters manipulation and rules of quadratics equation and its
inequality
4. Designing mathematics models representing problems of quadratic equations
or functions
5. Solving and interpreting mathematics models representing problems of
quadratic equations or function
Objectives/Indicators:
To Know
1. State and explain the definition of relation and mapping. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
2. State the definition of domain, co-domain, and range of a function. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
3. State the domain, co-domain, and range of a function. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
4. State and explain the definition of quadratic equation. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
5. State and explain the definition of roots of quadratic equations. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
6. Identify quadratic inequalities in quadratic equation graph. (CKMID-6, CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
7. Identify simple problems related to one variable inequalities. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
To Value
1. realize the usage of functions in understanding natural phenomenon.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
2. recognize the orderliness of nature modeled by functions. (CVMID-2,
CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
DAILY LESSON PLAN
Dian Harapan Senior School
-
7/30/2019 kuadrat2010
20/46
3. recognize the possibility of natural resource optimization using functions.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
To Do
1. make table of values of basic algebraic functions (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)2. draw basic algebraic functions based on the table of values(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)3. make table of values of quadratic functions (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)4. determine axis of symmetry, axis intercepts, and maxima minimaof a quadratic function (CDMID-10, CDMID-11, CDCM-7, FDCID-8,FDMP-6, RDRID-10, RDHS-3, RDRW-9)5. draw quadratic functions (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)6. determine the roots of quadratic functions using factorisation,completing the square, and ABC formula (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)7. determine the sum and product of the roots of quadratic functions(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-
3, RDRW-9)8. determine whether a quadratic function is definite positive ornegative (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)9. using the sum and product of the roots of quadratic function inalgebraic manipulation calculation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)10. using the sum and product of the roots of quadratic function increating new quadratic equation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)11. identify problems that can be modelled with quadratic equationmodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)12. determine the independent and dependent variables in themodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)
13. design quadratic equation model (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)14. solve and interpret the result of the quadratic equation model(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)15. solve one variable quadratic inequalities (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)16. solve and interpret the result of the inequality model (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)
Time
Anticipatory Set/ Hook 1. Preparation for test 1 5
Input/ Modeling/ Checking for
Understanding
2. Test 1 85
Guided Practice
Independent Practice
Closing
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Reflection
Acknowledged by Checked by Prepared by
________________ _________________ _________________
_______________
Principal Curriculum Coordinator Team Leader
Teacher
-
7/30/2019 kuadrat2010
22/46
Teacher : Andhi S. Subject : Mathematics Session : Class : X Date :
Topic: Quadratic Expression 8(Quadratic Equation 3 )
Description:
Quadratic expressions deals with its function, equation , and inequality. Beginning with the definition of relation &function,
continues with quadratic function and the graph, then quadratic equation with various solving (factorize, abc formulae, completing
the square) ,discriminated values, roots ,relation between roots (the sum and the product), composing new quadratic equation, and
finally inequality quadratic equation. After the basic principles, it closed with the application in real life.
Learning Outcomes/
Objective/ Purpose
(The students will be able to TSWBAT)
action words/Blooms/Biblical integrations/
assessable/easy to understand
General Instructional Objective (Standard of Competence):
1. Understand the concept of function
2. Drawing graphs of simple algebra functions and quadratic function
3. Using characters manipulation and rules of quadratics equation and its
inequality
4. Designing mathematics models representing problems of quadratic equations
or functions
5. Solving and interpreting mathematics models representing problems of
quadratic equations or function
Objectives/Indicators:
To Know
1. State and explain the definition of relation and mapping. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
2. State the definition of domain, co-domain, and range of a function. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
3. State the domain, co-domain, and range of a function. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
4. State and explain the definition of quadratic equation. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
5. State and explain the definition of roots of quadratic equations. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
6. Identify quadratic inequalities in quadratic equation graph. (CKMID-6, CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
7. Identify simple problems related to one variable inequalities. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
To Value
1. realize the usage of functions in understanding natural phenomenon.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
2. recognize the orderliness of nature modeled by functions. (CVMID-2,
CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
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3. recognize the possibility of natural resource optimization using functions.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
To Do
1. make table of values of basic algebraic functions (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)2. draw basic algebraic functions based on the table of values(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)3. make table of values of quadratic functions (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)4. determine axis of symmetry, axis intercepts, and maxima minimaof a quadratic function (CDMID-10, CDMID-11, CDCM-7, FDCID-8,FDMP-6, RDRID-10, RDHS-3, RDRW-9)5. draw quadratic functions (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)6. determine the roots of quadratic functions using factorisation,completing the square, and ABC formula (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)7. determine the sum and product of the roots of quadratic functions(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-
3, RDRW-9)8. determine whether a quadratic function is definite positive ornegative (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)9. using the sum and product of the roots of quadratic function inalgebraic manipulation calculation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)10. using the sum and product of the roots of quadratic function increating new quadratic equation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)11. identify problems that can be modelled with quadratic equationmodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)12. determine the independent and dependent variables in themodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)
13. design quadratic equation model (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)14. solve and interpret the result of the quadratic equation model(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)15. solve one variable quadratic inequalities (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)16. solve and interpret the result of the inequality model (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)
Time
Anticipatory Set/ Hook 1. Teacher review test 1 (To know no 5, to, do no. 1,2 to
value no. 1 ,2,3)
5
Input/ Modeling/ Checking for
Understanding
2. Teacher use concept maps to explain about the relation between
roots (the sum and the product) (To know no 5, to, do no. 7,8,9, to
value no. 1 ,2,3)
15
Guided Practice 3. Teacher gives examples (To know no 5,to, do no. 7,8,9 to value
no. 1 ,2,3)
5
Independent Practice 4. Students have exercise from worksheet (To know no 5, to, do no.
7,8,9, to value no. 1 ,2,3)
60
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Closing 5. Teacher gives homework and some reviews (To know no 5, to, do
no. 7,8,9, to value no. 1 ,2,3)
5
Reflection
Acknowledged by Checked by Prepared by
________________ _________________ _________________
_______________
Principal Curriculum Coordinator Team Leader
Teacher
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7/30/2019 kuadrat2010
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Teacher : Andhi S. Subject : Mathematics Session : Class : X Date :
Topic: Quadratic Expression 8(Quadratic Equation 4 )
Description:
Quadratic expressions deals with its function, equation , and inequality. Beginning with the definition of relation &function,
continues with quadratic function and the graph, then quadratic equation with various solving (factorize, abc formulae, completing
the square) ,discriminated values, roots ,relation between roots (the sum and the product), composing new quadratic equation, and
finally inequality quadratic equation. After the basic principles, it closed with the application in real life.
Learning Outcomes/
Objective/ Purpose
(The students will be able to TSWBAT)
action words/Blooms/Biblical integrations/
assessable/easy to understand
General Instructional Objective (Standard of Competence):
1. Understand the concept of function
2. Drawing graphs of simple algebra functions and quadratic function
3. Using characters manipulation and rules of quadratics equation and its
inequality
4. Designing mathematics models representing problems of quadratic equations
or functions
5. Solving and interpreting mathematics models representing problems of
quadratic equations or function
Objectives/Indicators:
To Know
1. State and explain the definition of relation and mapping. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
2. State the definition of domain, co-domain, and range of a function. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
3. State the domain, co-domain, and range of a function. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
4. State and explain the definition of quadratic equation. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
5. State and explain the definition of roots of quadratic equations. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
6. Identify quadratic inequalities in quadratic equation graph. (CKMID-6, CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
7. Identify simple problems related to one variable inequalities. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
To Value
1. realize the usage of functions in understanding natural phenomenon.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
2. recognize the orderliness of nature modeled by functions. (CVMID-2,
CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
DAILY LESSON PLAN
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3. recognize the possibility of natural resource optimization using functions.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
To Do
1. make table of values of basic algebraic functions (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)2. draw basic algebraic functions based on the table of values(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)3. make table of values of quadratic functions (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)4. determine axis of symmetry, axis intercepts, and maxima minimaof a quadratic function (CDMID-10, CDMID-11, CDCM-7, FDCID-8,FDMP-6, RDRID-10, RDHS-3, RDRW-9)5. draw quadratic functions (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)6. determine the roots of quadratic functions using factorisation,completing the square, and ABC formula (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)7. determine the sum and product of the roots of quadratic functions(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-
3, RDRW-9)8. determine whether a quadratic function is definite positive ornegative (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)9. using the sum and product of the roots of quadratic function inalgebraic manipulation calculation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)10. using the sum and product of the roots of quadratic function increating new quadratic equation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)11. identify problems that can be modelled with quadratic equationmodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)12. determine the independent and dependent variables in themodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)
13. design quadratic equation model (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)14. solve and interpret the result of the quadratic equation model(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)15. solve one variable quadratic inequalities (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)16. solve and interpret the result of the inequality model (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)
Time
Anticipatory Set/ Hook 1. Teacher reviews homework (To know no 5, to, do no.
7,8,9,10, to value no. 1 ,2,3)
5
Input/ Modeling/ Checking for
Understanding
2. Teacher use RSQC2 to remind students about the relation of roots
(the sum and the product) and how to use it to make new quadraticequation (To know no 5, to, do no. 7,8,9,10, to value no. 1 ,2,3)
15
Guided Practice 3. Teacher gives examples (To know no 5, to, do no. 7,8,9,10, to
value no. 1 ,2,3)
5
Independent Practice 4. Students have exercise from worksheet (To know no 5, to, do no.
7,8,9,10, to value no. 1 ,2,3)
60
Closing 5. Teacher gives homework and some reviews (To know no 5, to, do 5
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no. 7,8,9,10, to value no. 1 ,2,3)
Reflection
Acknowledged by Checked by Prepared by
________________ _________________ _________________
_______________
Principal Curriculum Coordinator Team Leader
Teacher
-
7/30/2019 kuadrat2010
28/46
Teacher : Andhi S. Subject : Mathematics Session : Class : X Date :
Topic: Quadratic Expression 9(Quadratic Equation 5)
Description:
Quadratic expressions deals with its function, equation , and inequality. Beginning with the definition of relation &function,
continues with quadratic function and the graph, then quadratic equation with various solving (factorize, abc formulae, completing
the square) ,discriminated values, roots ,relation between roots (the sum and the product), composing new quadratic equation, and
finally inequality quadratic equation. After the basic principles, it closed with the application in real life.
Learning Outcomes/
Objective/ Purpose
(The students will be able to TSWBAT)
action words/Blooms/Biblical integrations/
assessable/easy to understand
General Instructional Objective (Standard of Competence):
1. Understand the concept of function
2. Drawing graphs of simple algebra functions and quadratic function
3. Using characters manipulation and rules of quadratics equation and its
inequality
4. Designing mathematics models representing problems of quadratic equations
or functions
5. Solving and interpreting mathematics models representing problems of
quadratic equations or function
Objectives/Indicators:
To Know
1. State and explain the definition of relation and mapping. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
2. State the definition of domain, co-domain, and range of a function. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
3. State the domain, co-domain, and range of a function. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
4. State and explain the definition of quadratic equation. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
5. State and explain the definition of roots of quadratic equations. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
6. Identify quadratic inequalities in quadratic equation graph. (CKMID-6, CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
7. Identify simple problems related to one variable inequalities. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
To Value
1. realize the usage of functions in understanding natural phenomenon.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
2. recognize the orderliness of nature modeled by functions. (CVMID-2,
CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
DAILY LESSON PLAN
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3. recognize the possibility of natural resource optimization using functions.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
To Do
1. make table of values of basic algebraic functions (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)2. draw basic algebraic functions based on the table of values(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)3. make table of values of quadratic functions (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)4. determine axis of symmetry, axis intercepts, and maxima minimaof a quadratic function (CDMID-10, CDMID-11, CDCM-7, FDCID-8,FDMP-6, RDRID-10, RDHS-3, RDRW-9)5. draw quadratic functions (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)6. determine the roots of quadratic functions using factorisation,completing the square, and ABC formula (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)7. determine the sum and product of the roots of quadratic functions(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-
3, RDRW-9)8. determine whether a quadratic function is definite positive ornegative (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)9. using the sum and product of the roots of quadratic function inalgebraic manipulation calculation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)10. using the sum and product of the roots of quadratic function increating new quadratic equation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)11. identify problems that can be modelled with quadratic equationmodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)12. determine the independent and dependent variables in themodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)
13. design quadratic equation model (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)14. solve and interpret the result of the quadratic equation model(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)15. solve one variable quadratic inequalities (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)16. solve and interpret the result of the inequality model (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)
Time
Anticipatory Set/ Hook 1. Teacher checks the homework (To know no 5, to, do no.
7,8,9,10 to value no. 1 ,2,3)
5
Input/ Modeling/ Checking for
Understanding
2. Teacher use RSQC2 to remind students about relation between roots
and how to use it to solve problems (To know no 5 to, do no.7,8,9,10, to value no. 1 ,2,3)
15
Guided Practice 3. Teacher gives examples (To know no 5, to, do no. 7,8,9,10, to
value no. 1 ,2,3)
5
Independent Practice 4. Students have exercise from worksheet (To know no 5, to, do no.
7,8,9,10, to value no. 1 ,2,3)
60
Closing 5. Teacher gives homework and some reviews (To know no 5, to, do 5
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no. 7,8,9,10, to value no. 1 ,2,3)
Reflection
Acknowledged by Checked by Prepared by
________________ _________________ _________________
_______________
Principal Curriculum Coordinator Team Leader
Teacher
-
7/30/2019 kuadrat2010
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Teacher : Andhi S. Subject : Mathematics Session : Class : X Date :
Topic: Quadratic Expression 10 (Quadratic Inequality 1)
Description:
Quadratic expressions deals with its function, equation , and inequality. Beginning with the definition of relation &function,
continues with quadratic function and the graph, then quadratic equation with various solving (factorize, abc formulae, completing
the square) ,discriminated values, roots ,relation between roots (the sum and the product), composing new quadratic equation, and
finally inequality quadratic equation. After the basic principles, it closed with the application in real life.
Learning Outcomes/
Objective/ Purpose
(The students will be able to TSWBAT)
action words/Blooms/Biblical integrations/
assessable/easy to understand
General Instructional Objective (Standard of Competence):
1. Understand the concept of function
2. Drawing graphs of simple algebra functions and quadratic function
3. Using characters manipulation and rules of quadratics equation and its
inequality
4. Designing mathematics models representing problems of quadratic
equations or functions
5. Solving and interpreting mathematics models representing problems of
quadratic equations or function
Objectives/Indicators:
To Know
1. State and explain the definition of relation and mapping. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
2. State the definition of domain, co-domain, and range of a function. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
3. State the domain, co-domain, and range of a function. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
4. State and explain the definition of quadratic equation. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
5. State and explain the definition of roots of quadratic equations. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
6. Identify quadratic inequalities in quadratic equation graph. (CKMID-6, CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
7. Identify simple problems related to one variable inequalities. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
To Value
1. realize the usage of functions in understanding natural phenomenon.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
2. recognize the orderliness of nature modeled by functions. (CVMID-2,
CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
DAILY LESSON PLAN
Dian Harapan Senior School
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3. recognize the possibility of natural resource optimization using functions.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
To Do
1. make table of values of basic algebraic functions (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)2. draw basic algebraic functions based on the table of values(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)3. make table of values of quadratic functions (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)4. determine axis of symmetry, axis intercepts, and maxima minimaof a quadratic function (CDMID-10, CDMID-11, CDCM-7, FDCID-8,FDMP-6, RDRID-10, RDHS-3, RDRW-9)5. draw quadratic functions (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)6. determine the roots of quadratic functions using factorisation,completing the square, and ABC formula (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)7. determine the sum and product of the roots of quadratic functions(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-
3, RDRW-9)8. determine whether a quadratic function is definite positive ornegative (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)9. using the sum and product of the roots of quadratic function inalgebraic manipulation calculation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)10. using the sum and product of the roots of quadratic function increating new quadratic equation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)11. identify problems that can be modelled with quadratic equationmodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)12. determine the independent and dependent variables in themodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)
13. design quadratic equation model (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)14. solve and interpret the result of the quadratic equation model(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)15. solve one variable quadratic inequalities (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)16. solve and interpret the result of the inequality model (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)
Time
Anticipatory Set/ Hook 1. Teacher introduces the concept of inequality for quadratic
function(To know no 6, to, do no. 11,12,13,14,15 to value
no. 1 ,2,3)
5
Input/ Modeling/ Checking for
Understanding
2. Teacher use concept maps to explain about inequality (To know no
6, to, do no. 11,12,13,14,15 to value no. 1 ,2,3)
15
Guided Practice 3. Teacher gives examples (To know no 6, to, do no.
11,12,13,14,15 to value no. 1 ,2,3)
5
Independent Practice 4. Students have exercise from worksheet (To know no 6, to, do no.
11,12,13,14,15 to value no. 1 ,2,3)
60
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Closing 5. Teacher gives homework and some reviews (To know no 6, to, do
no. 11,12,13,14,15 to value no. 1 ,2,3)
5
Reflection
Acknowledged by Checked by Prepared by
________________ _________________ _________________
_______________
Principal Curriculum Coordinator Team Leader
Teacher
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Teacher : Andhi S. Subject : Mathematics Session : Class : X Date :
Topic: Quadratic Expression 11(Quadratic Inequality 2)
Description:
Quadratic expressions deals with its function, equation , and inequality. Beginning with the definition of relation &function,
continues with quadratic function and the graph, then quadratic equation with various solving (factorize, abc formulae, completing
the square) ,discriminated values, roots ,relation between roots (the sum and the product), composing new quadratic equation, and
finally inequality quadratic equation. After the basic principles, it closed with the application in real life.
Learning Outcomes/
Objective/ Purpose
(The students will be able to TSWBAT)
action words/Blooms/Biblical integrations/
assessable/easy to understand
General Instructional Objective (Standard of Competence):
1. Understand the concept of function
2. Drawing graphs of simple algebra functions and quadratic function
3. Using characters manipulation and rules of quadratics equation and its
inequality
4. Designing mathematics models representing problems of quadratic equations
or functions
5. Solving and interpreting mathematics models representing problems of
quadratic equations or function
Objectives/Indicators:
To Know
1. State and explain the definition of relation and mapping. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
2. State the definition of domain, co-domain, and range of a function. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
3. State the domain, co-domain, and range of a function. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
4. State and explain the definition of quadratic equation. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
5. State and explain the definition of roots of quadratic equations. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
6. Identify quadratic inequalities in quadratic equation graph. (CKMID-6, CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
To Value
1. realize the usage of functions in understanding natural phenomenon.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
2. recognize the orderliness of nature modeled by functions. (CVMID-2,
CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
3. recognize the possibility of natural resource optimization using functions.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
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To Do
1. make table of values of basic algebraic functions (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)2. draw basic algebraic functions based on the table of values(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)3. make table of values of quadratic functions (CDMID-10, CDMID-11,
CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)4. determine axis of symmetry, axis intercepts, and maxima minimaof a quadratic function (CDMID-10, CDMID-11, CDCM-7, FDCID-8,FDMP-6, RDRID-10, RDHS-3, RDRW-9)5. draw quadratic functions (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)6. determine the roots of quadratic functions using factorisation,completing the square, and ABC formula (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)7. determine the sum and product of the roots of quadratic functions(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)8. determine whether a quadratic function is definite positive ornegative (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)9. using the sum and product of the roots of quadratic function in
algebraic manipulation calculation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)10. using the sum and product of the roots of quadratic function increating new quadratic equation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)11. identify problems that can be modelled with quadratic equationmodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)12. determine the independent and dependent variables in themodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)13. design quadratic equation model (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)14. solve and interpret the result of the quadratic equation model(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)15. solve one variable quadratic inequalities (CDMID-10, CDMID-11,
CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)16. solve and interpret the result of the inequality model (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)
Time
Anticipatory Set/ Hook 1. Teacher review the homework (To know no 6, to, do no.
14,15,16, to value no. 1 ,2,3)
5
Input/ Modeling/ Checking for Understanding2. Teacher use RSQC2 to remind students about inequality in quadratic
(To know no 6, to, do no. 14,15,16, to value no. 1 ,2,3)
15
Guided Practice 3. Teacher gives examples (To know no 6, to, do no. 14,15,16, to
value no. 1 ,2,3)
5
Independent Practice 4. Students have exercise from worksheet (To know no 6, to, do no.
14,15,16, to value no. 1 ,2,3)
60
Closing 5. Teacher gives homework and some reviews (To know no 6, to, do
no. 14,15,16, to value no. 1 ,2,3)
5
Reflection
Acknowledged by Checked by Prepared by
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________________ _________________ _________________
_______________
Principal Curriculum Coordinator Team Leader
Teacher
Teacher : Andhi S. Subject : Mathematics Session : Class : X Date :
Topic: Quadratic Expression 12(Application of Quadratic Expression 1 )
Description:
Quadratic expressions deals with its function, equation , and inequality. Beginning with the definition of relation &function,
continues with quadratic function and the graph, then quadratic equation with various solving (factorize, abc formulae, completing
the square) ,discriminated values, roots ,relation between roots (the sum and the product), composing new quadratic equation, and
finally inequality quadratic equation. After the basic principles, it closed with the application in real life.
Learning Outcomes/
Objective/ Purpose
(The students will be able to TSWBAT)
action words/Blooms/Biblical integrations/
assessable/easy to understand
General Instructional Objective (Standard of Competence):
1. Understand the concept of function
2. Drawing graphs of simple algebra functions and quadratic function
3. Using characters manipulation and rules of quadratics equation and its
inequality
4. Designing mathematics models representing problems of quadratic equations
or functions
5. Solving and interpreting mathematics models representing problems of
quadratic equations or function
Objectives/Indicators:
To Know
1. State and explain the definition of relation and mapping. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
2. State the definition of domain, co-domain, and range of a function. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
3. State the domain, co-domain, and range of a function. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
4. State and explain the definition of quadratic equation. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
5. State and explain the definition of roots of quadratic equations. (CKMID-6,
CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)6. Identify quadratic inequalities in quadratic equation graph. (CKMID-6, CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
7. Identify simple problems related to one variable inequalities. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
To Value
1. realize the usage of functions in understanding natural phenomenon.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
2. recognize the orderliness of nature modeled by functions. (CVMID-2,
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CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
3. recognize the possibility of natural resource optimization using functions.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
To Do
1. make table of values of basic algebraic functions (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)2. draw basic algebraic functions based on the table of values(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)3. make table of values of quadratic functions (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)4. determine axis of symmetry, axis intercepts, and maxima minimaof a quadratic function (CDMID-10, CDMID-11, CDCM-7, FDCID-8,FDMP-6, RDRID-10, RDHS-3, RDRW-9)5. draw quadratic functions (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)6. determine the roots of quadratic functions using factorisation,completing the square, and ABC formula (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)7. determine the sum and product of the roots of quadratic functions(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-
3, RDRW-9)8. determine whether a quadratic function is definite positive ornegative (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)9. using the sum and product of the roots of quadratic function inalgebraic manipulation calculation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)10. using the sum and product of the roots of quadratic function increating new quadratic equation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)10. using the sum and product of the roots of quadratic function increating new quadratic equation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)11. identify problems that can be modelled with quadratic equationmodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)
12. determine the independent and dependent variables in themodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)13. design quadratic equation model (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)14. solve and interpret the result of the quadratic equation model(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)15. solve one variable quadratic inequalities (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)16. solve and interpret the result of the inequality model (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)Time
Anticipatory Set/ Hook 1. Teacher introduces and gives explanation of upcoming activity
and its objectives (To know no 6, to, do no. 14,15,16, to
value no. 1 ,2,3)
5
Input/ Modeling/ Checking for
Understanding
2. Teacher use RSQC2 to remind students about all concept about
quadratic function, equation, and inequality and how to apply them in
everyday life (To know no 6, to, do no. 14,15,16, to value no. 1 ,
2,3)
15
Guided Practice 3. Teacher gives examples (To know no 6, to, do no. 14,15,16, to
value no. 1 ,2,3)
5
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Independent Practice 4. Students have exercise from worksheet (To know no 6, to, do no.
14,15,16, to value no. 1 ,2,3)
60
Closing 5. Teacher gives homework (To know no 1,2 to, do no. 1,2 to value
no. 1 ,2,3)
5
Reflection
Acknowledged by Checked by Prepared by
________________ _________________ _________________
_______________
Principal Curriculum Coordinator Team Leader
Teacher
Teacher : Andhi S. Subject : Mathematics Session : Class : X Date :
Topic: Quadratic Expression 13(Application of Quadratic Expression 2)
Description:
Quadratic expressions deals with its function, equation , and inequality. Beginning with the definition of relation &function,
continues with quadratic function and the graph, then quadratic equation with various solving (factorize, abc formulae, completing
the square) ,discriminated values, roots ,relation between roots (the sum and the product), composing new quadratic equation, and
finally inequality quadratic equation. After the basic principles, it closed with the application in real life.
Learning Outcomes/
Objective/ Purpose
(The students will be able to TSWBAT)
action words/Blooms/Biblical integrations/
assessable/easy to understand
General Instructional Objective (Standard of Competence):
1. Understand the concept of function
2. Drawing graphs of simple algebra functions and quadratic function
3. Using characters manipulation and rules of quadratics equation and its
inequality
4. Designing mathematics models representing problems of quadratic equations
or functions
5. Solving and interpreting mathematics models representing problems of
quadratic equations or function
Objectives/Indicators:
To Know
1. State and explain the definition of relation and mapping. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
2. State the definition of domain, co-domain, and range of a function. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
3. State the domain, co-domain, and range of a function. (CKMID-6, CKCM-6,
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FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)4. State and explain the definition of quadratic equation. (CKMID-6, CKCM-6,
FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)5. State and explain the definition of roots of quadratic equations. (CKMID-6,
CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)6. Identify quadratic inequalities in quadratic equation graph. (CKMID-6, CKCM-
6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)7. Identify simple problems related to one variable inequalities. (CKMID-6,
CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)To Value
1. realize the usage of functions in understanding natural phenomenon.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
2. recognize the orderliness of nature modeled by functions. (CVMID-2,
CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
3. recognize the possibility of natural resource optimization using functions.
(CVMID-2, CDMID-11, CVCM-10, FVCID-1, FVMP-9, RVRID-10, RVHS-1, RVRW-12)
To Do
1. make table of values of basic algebraic functions (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)2. draw basic algebraic functions based on the table of values(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)3. make table of values of quadratic functions (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)4. determine axis of symmetry, axis intercepts, and maxima minimaof a quadratic function (CDMID-10, CDMID-11, CDCM-7, FDCID-8,FDMP-6, RDRID-10, RDHS-3, RDRW-9)5. draw quadratic functions (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)6. determine the roots of quadratic functions using factorisation,completing the square, and ABC formula (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)
7. determine the sum and product of the roots of quadratic functions(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)8. determine whether a quadratic function is definite positive ornegative (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)9. using the sum and product of the roots of quadratic function inalgebraic manipulation calculation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)10. using the sum and product of the roots of quadratic function increating new quadratic equation (CDMID-10, CDMID-11, CDCM-7,FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)11. identify problems that can be modelled with quadratic equationmodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)12. determine the independent and dependent variables in themodel (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10,RDHS-3, RDRW-9)13. design quadratic equation model (CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)14. solve and interpret the result of the quadratic equation model(CDMID-10, CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)15. solve one variable quadratic inequalities (CDMID-10, CDMID-11,CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)16. solve and interpret the result of the inequality model (CDMID-10,CDMID-11, CDCM-7, FDCID-8, FDMP-6, RDRID-10, RDHS-3, RDRW-9)
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Time
Anticipatory Set/ Hook 1. Teacher review homework (To know no 6 to, do no.
12,13,14,15,16, to value no. 1 ,2,3)
5
Input/ Modeling/ Checking for
Understanding
2. Teacher use RSQC2 to remind students of all concept of quadratic
expressions (To know no 6 to, do no. 12,13,14,15,16, to value no.
1 ,2,3)
15
Guided Practice 3. Teacher gives examples (To know no 6 to, do no.
12,13,14,15,16, to value no. 1 ,2,3)
5
Independent Practice 4. Students have exercise from worksheet (To know no 6 to, do no.
12,13,14,15,16, to value no. 1 ,2,3)
60
Closing 5. Teacher gives homework and some reviews (To know no 6 to, do
no. 12,13,14,15,16, to value no. 1 ,2,3)
5
Reflection
Acknowledged by Checked by Prepared by
________________ _________________ _________________
_______________
Principal Curriculum Coordinator Team Leader
Teacher
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Teacher : Andhi S. Subject : Mathematics Session : Class : X Date :
Topic: Quadratic Expression 14(Review)
Description:
Quadratic expressions deals with its function, equation , and inequality. Beginning with the definition of relation &function,
continues with quadratic function and the graph, then quadratic equation with various solving (factorize, abc formulae, completing
the square) ,discriminated values, roots ,relation between roots (the sum and the product), composing new quadratic equation, and
finally inequality quadratic equation. After the basic principles, it closed with the application in real life.
Learning Outcomes/
Objective/ Purpose
(The students will be able to TSWBAT)
action words/Blooms/Biblical integrations/
assessable/easy to understand
General Instructional Objective (Standard of Competence):
1. Understand the concept of function
2. Drawing graphs of simple algebra functions and quadratic function
3. Using characters manipulation and rules of quadratics equation and its
inequality
4. Designing mathematics models representing problems of quadratic
equations or functions
5. Solving and interpreting mathematics models representing problems of
quadratic equations or function
Objectives/Indicators:
To Know
1. State and explain the definition of relation and mapping. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
2. State the definition of domain, co-domain, and range of a function. (CKMID-6,CKCM-6, FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
3. State the domain, co-domain, and range of a function. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
4. State and explain the definition of quadratic equation. (CKMID-6, CKCM-6,FKCID-6, FKMP-5, FKCID-6, FKMP-5,RKRID-1, RKHS-3, RKRW-7)
DAILY LESSON PLAN
Dian Harapan Senior School
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5. State and explain the definition of roots of quadratic equations. (CKMI