Curriculum
- 4 Sections
- 92 Lessons
- 365 Days
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- UNIT ONE: Relation and functionDear students, In our daily life, we come across many patterns that characterize relations with brothers and sisters, mother and daughters, father and sons, teachers and students etc. In mathematics also, we come across many relations such as number ๐ is greater than number ๐; line ๐ is perpendicular to line ๐ etc... Function is defined as a special type of relation. In the present unit, we shall discuss Cartesian coordinates, conditions for a relation to be a function, different types of functions and their properties.23
- 1.1Lesson 1: Relation30 Minutes
- 1.2Activity 1: on Relation15 Minutes5 Questions
- 1.3Summary: Relation10 Minutes
- 1.4Lesson 1: Test: Relation15 Minutes5 Questions
- 1.5Downloadable offline Resorces
- 1.6Lesson 2: The notion of function30 Minutes
- 1.7Activity 2: on The notion of function15 Minutes5 Questions
- 1.8Summary on the notion of function10 Minutes
- 1.9Lesson 2: Test: The notion of function15 Minutes5 Questions
- 1.10Downloadable offline Resorces
- 1.11Lesson 3: Classification of Functions30 Minutes
- 1.12Activity 3: on Classification of Functions15 Minutes5 Questions
- 1.13Summary on Classification of Functions5 Minutes
- 1.14Lesson 3: Test: Classification of Functions15 Minutes5 Questions
- 1.15Downloadable offline Resorces on classification of functions
- 1.16Lesson 4: Applications of Relations and Functions30 Minutes
- 1.17Activity 4.1 for lesson 4 on Applications of Relations and Functions6 Minutes
- 1.18Solution 4.1 on Applications of Relations and Functions6 Minutes
- 1.19Activity 4.2 for lesson 4 on Applications of Relations and Functions6 Minutes
- 1.20Solution 4.2: on Applications of Relations and Functions10 Minutes
- 1.21Summary on Applications of Relations and Functions10 Minutes
- 1.22Lesson 4: Test : Applications of Relations and Functions15 Minutes3 Questions
- 1.23Downloadable offline Resorces
- Unit Two: POLYNOMIAL FUNCTIONSDear students, in unit one of this module, you saw functions of the form ๐ฆ = ๐, ๐ฆ=๐๐ฅ + ๐ and ๐๐ฅ2 + ๐๐ฅ + ๐. These functions are parts of a large class of functions called polynomial functions. Polynomial functions are functions that involve only one variable x, consisting of the sum of several terms; each term is a product of two factors; the first being a real number coefficient (constant) and the second being x (variable) raised to some non-negative integer power. In this unit, you will be looking at the different components of polynomial functions like degree, leading coefficient, zeros of a polynomial function, theorems on polynomial functions and properties of graphs of polynomial function.40
- 2.1Lesson 5: Definition and Operations of Polynomial Functions30 Minutes
- 2.2Activity 5.1: Definition and Operations of Polynomial Functions
- 2.3Solution 5.1: Definition and Operations of Polynomial Functions
- 2.4Activity 5.2: Definition and Operations of Polynomial Functions
- 2.5Solution 5.2: Definition and Operations of Polynomial Functions
- 2.6Activity 5.3: Definition and Operations of Polynomial Functions
- 2.7Solution 5.3: Definition and Operations of Polynomial Functions
- 2.8Activity 5.4: Definition and Operations of Polynomial Functions
- 2.9Solution 5.4: Definition and Operations of Polynomial Functions
- 2.10Activity 5.5: Definition and Operations of Polynomial Functions
- 2.11Solution 5.5: Definition and Operations of Polynomial Functions
- 2.12Summary: Definition and Operations of Polynomial Functions
- 2.13Lesson 5: Test on Definition and Operations of Polynomial Functions15 Minutes5 Questions
- 2.14Downloadable offline Resource: Definition and Operations of Polynomial Functions
- 2.15Lesson 6: Theorems on Polynomials30 Minutes
- 2.16Activity 6.1 : Theorems on Polynomials10 Minutes1 Question
- 2.17Activity 6.2: Theorems on Polynomials
- 2.18Solution 6.2: Theorems on Polynomials
- 2.19Activity 6.3: Theorems on Polynomials
- 2.20Solution 6.3: Theorems on Polynomials
- 2.21Activity 6.4: Theorems on Polynomials
- 2.22Solution 6.4: Theorems on Polynomials
- 2.24Activity 6.5: Theorems on Polynomials
- 2.25Solution 6.5: Theorems on Polynomials
- 2.26Summary: Theorems on Polynomials10 Minutes
- 2.27Lesson 6: Test: Theorems on Polynomials15 Minutes5 Questions
- 2.28Downloadable offline Resource: Theorems on Polynomials
- 2.29Lesson 7: on Graphs of Polynomial Functions30 Minutes
- 2.30Activity 7.1: Graphs of Polynomial Functions
- 2.31Solution 7.1: Graphs of Polynomial Functions10 Minutes0 Questions
- 2.32Activity 7.2: Graphs of Polynomial Functions
- 2.33Solution 7.2: Graphs of Polynomial Functions
- 2.34Activity 7.3: Graphs of Polynomial Functions
- 2.35Solution 7.3: Graphs of Polynomial Functions
- 2.36Activity 7.4: Graphs of Polynomial Functions
- 2.37Solution 7.4: Graphs of Polynomial Functions
- 2.38Activity 7.5: Graphs of Polynomial Functions
- 2.39Solution 7.5: Graphs of Polynomial Functions
- 2.40Summary: Graphs of Polynomial Functions5 Minutes
- 2.41Lesson 7: Test: Graphs of Polynomial Functions15 Minutes5 Questions
- Unit Three: EXPONENTIAL AND LOGARITHMIC FUNCTIONSWelcome to the two most important functions that occur in mathematics and its applications are the exponential function f(๐ฅ) = ๐๐ฅ and its inverse function, the logarithmic function ๐(๐ฅ) = logโ (x@a). Such functions arise in many applications and are powerful mathematical tools for solving real life problems such as analyzing population growth, decay of radioactive substances, calculating compound interest in accounting, etc. In this unit, we will investigate their various properties and learn how they can be used in solving real life problems.21
- 3.0Lesson 8: Exponents and Logarithms30 Minutes
- 3.1Activity 8.1: Exponents and Logarithms
- 3.2Solution 8.1: Exponents and Logarithms
- 3.3Activity 8.2: Exponents and Logarithms
- 3.4Solution 8.2: Exponents and Logarithms
- 3.5Summary: Exponents and Logarithms10 Minutes
- 3.6Lesson 8: Test: Exponents and Logarithms15 Minutes5 Questions
- 3.7Lesson 9: The Exponential Functions and Their Graphs30 Minutes
- 3.8Activity 9.1: The Exponential Functions and Their Graphs
- 3.9Solution 9.1: The Exponential Functions and Their Graphs
- 3.10Activity 9.2: The Exponential Functions and Their Graphs
- 3.11Solution 9.2 The Exponential Functions and Their Graphs
- 3.12Summary: Exponential Functions and Their Graphs10 Minutes
- 3.13Lesson 9: Test: Exponential Functions and Their Graphs18 Minutes6 Questions
- 3.15Lesson 10: Solving Exponential and Logarithmic Equations30 Minutes
- 3.16Activity 10.1: Solving Exponential and Logarithmic Equations
- 3.17Solution 10.1: Solving Exponential and Logarithmic Equations
- 3.18Activity 10.2 Solving Exponential and Logarithmic Equations
- 3.19Solution 10.2: Solving Exponential and Logarithmic Equations
- 3.20Summary: Solving Exponential and Logarithmic Equations10 Minutes
- 3.22Lesson 10: Test: Solving Exponential and Logarithmic Equations15 Minutes5 Questions
- Unit Four: TRIGONOMETRIC FUNCTIONSThe word โtrigonometryโ is derived from the Greek word โtrigonโ and โmetronโ and it means โmeasuring the sides of a triangleโ. The subject was originally developed to solve geometric problems involving triangles. It was studied by sea captains for navigation, surveyors for mapping out the new lands and engineers for other purposes. Currently, trigonometry is used in many areas such as seismology, designing electric circuits, describing the state of an atom, predicting the heights of tides in the ocean, analyzing a musical tone and in many other areas. Of a right-angled triangle. In this unit, we will study the trigonometric identities and application of trigonometric ratios in solving the problems and generalize the concept of trigonometric ratios to trigonometric functions and study their properties.29
- 4.0Lesson 11: Radian Measure of Angle30 Minutes
- 4.1Activity 11.1: Radian Measure of Angle
- 4.2Solution 11.1: Radian Measure of Angle
- 4.3Activity 11.2: Radian Measure of Angle
- 4.4Solution 11.2: Radian Measure of Angle
- 4.5Activity 11.3: Radian Measure of Angle
- 4.6Solution 11.3: Radian Measure of Angle
- 4.7Activity 11.4: Radian Measure of Angle
- 4.8Solution 4: Radian Measure of Angle
- 4.9Activity 11.5: Radian Measure of Angle
- 4.10Solution 11.5: Radian Measure of Angle
- 4.11Summary: Radian Measure of Angle10 Minutes
- 4.12Lesson 11: Test 1: Radian Measure of Angle15 Minutes5 Questions
- 4.14Lesson 12: Basic Trigonometric Functions30 Minutes
- 4.15Activity 12.1: Basic Trigonometric Functions
- 4.16Solution 12.1: Basic Trigonometric Functions
- 4.17Activity 12.2: Basic Trigonometric Functions
- 4.18Solution 12.2: Basic Trigonometric Functions
- 4.19Activity 12.3: Basic Trigonometric Functions10 Minutes1 Question
- 4.20Activity 12.4: Basic Trigonometric Functions10 Minutes1 Question
- 4.21Activity 12.5: Basic Trigonometric Functions
- 4.22Solution 12.5: Basic Trigonometric Functions
- 4.23Summary: Basic Trigonometric Functions10 Minutes
- 4.24Lesson 12: Test 2: Basic Trigonometric Functions15 Minutes5 Questions
- 4.26Lesson 13: Trigonometric Identities and Equations30 Minutes
- 4.27Activity 13.1 on Trigonometric Identities and Equations10 Minutes5 Questions
- 4.28Summary on Trigonometric Identities and Equations10 Minutes
- 4.29Lesson 13: Test : Trigonometric Identities and Equations15 Minutes5 Questions
- 4.30DOR
