Curriculum
- 4 Sections
- 95 Lessons
- 365 Days
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- Unit 1: Physics and Human society26
- 1.1Lesson 1: Importance of physics to society
- 1.2Activity : Importance of physics to society15 Minutes5 Questions
- 1.3Lesson 1: Summary on Importance of physics to society
- 1.4Test 1: Importance of physics to society30 Minutes10 Questions
- 1.5Downloadable Offline Resources
- 1.6Downloadable Offline Resources Importance of physics to society
- 1.7Lesson 2: Physics Communities and Their Roles
- 1.8Activity : Physics Communities and Their Roles30 Minutes10 Questions
- 1.9Lesson 2 : Summary on Physics Communities and Their Roles
- 1.10Test 2: Physics Communities and Their Roles10 Minutes10 Questions
- 1.11Downloadable Offline Resources Physics Communities and Their Roles
- 1.12Lesson 3: Making of physics knowledge
- 1.13Activity : Making of physics knowledge21 Minutes7 Questions
- 1.14Lesson 3: Summary on Making of physics knowledge
- 1.15Test 3 : Making of physics knowledge30 Minutes10 Questions
- 1.16Downloadable Offline Resource of Making of physics knowledge
- 1.17Lesson 4 : The Mission of Physics and Carrier Awareness
- 1.18Activity : The Mission of Physics and Carrier Awareness30 Minutes10 Questions
- 1.19Lesson 4: Summary on The Mission of Physics and Carrier Awareness
- 1.20Test 4: The Mission of Physics and Carrier Awareness30 Minutes10 Questions
- 1.21Downloadable Offline Resource of The Mission of Physics and Carrier Awareness
- 1.22Lesson 5: Current Status of Physics
- 1.23Activity : Current Status of Physics27 Minutes9 Questions
- 1.24Lesson 5 : Summary on Current Status of Physics
- 1.25Test 5: Current Status of Physics30 Minutes10 Questions
- 1.26Downloadable Offline Resource of Current Status of Physics
- Unit 2 : Vectors25
- 2.1Lesson 6: Vectors and Types of Vectors
- 2.2Activity 1 : Vectors and Types of Vectors30 Minutes10 Questions
- 2.3Lesson 6: Summary on Vectors and Types of Vectors
- 2.4Test 6: Vectors and Types of Vectors30 Minutes10 Questions
- 2.5Downloadable Offline Resource on Vectors and Types of Vectors
- 2.6Lesson 7: Graphical Method of Addition of Vectors in Two Dimensions (2-D)
- 2.7Activity 2: Graphical Method of Addition of Vectors in Two Dimensions (2-D)30 Minutes10 Questions
- 2.8Activity 3: Graphical Method of Addition of Vectors in Two Dimensions (2-D)
- 2.9Solution : Graphical Method of Addition of Vectors in Two Dimensions (2-D)
- 2.10Activity 4: Graphical Method of Addition of Vectors in Two Dimensions (2-D)
- 2.11Solution: Graphical Method of Addition of Vectors in Two Dimensions (2-D)
- 2.12Activity 5: Graphical Method of Addition of Vectors in Two Dimensions (2-D)
- 2.13Solution: Graphical Method of Addition of Vectors in Two Dimensions (2-D)
- 2.14Activity 6: Graphical Method of Addition of Vectors in Two Dimensions (2-D)
- 2.15Solution 6: Graphical Method of Addition of Vectors in Two Dimensions (2-D)
- 2.16Activity 7 : Graphical Method of Addition of Vectors in Two Dimensions (2-D)
- 2.17Solution : Graphical Method of Addition of Vectors in Two Dimensions (2-D)
- 2.18Lesson 7: Summary on Graphical Method of Addition of Vectors in Two Dimensions (2-D)
- 2.19Test 7: Graphical Method of Addition of Vectors in Two Dimensions (2-D)30 Minutes10 Questions
- 2.20Downloadable Offline Resource of Graphical Method of Addition of Vectors in Two Dimensions (2-D)
- 2.21Lesson 8: Algebraic Method of addition of vectors in Two Dimensions (2-D) and Scalar multiplication
- 2.22Activity : Algebraic Method of addition of vectors in Two Dimensions (2-D)10 Minutes5 Questions
- 2.23Lesson 8 : Summary on Algebraic Method of addition of vectors in Two Dimensions (2-D)
- 2.24Test 8 : Algebraic Method of addition of vectors in Two Dimensions (2-D) and Scalar multiplication60 Minutes20 Questions
- 2.25Downloadable Offline Resource of Algebraic Method of addition of vectors in Two Dimensions (2-D) and Scalar multiplication
- Unit 3 : Motion in one and two dimension43
- 3.1Lesson 9: Uniformly accelerated motion in 1D
- 3.2Activity : Graphical Representation of Uniformly Accelerated Motion in 1D30 Minutes10 Questions
- 3.3Lesson 9: Summary on Uniformly accelerated motion in 1D
- 3.4Test 9: Uniformly accelerated motion in 1D45 Minutes15 Questions
- 3.5Downloadable Offline Resources of Uniformly accelerated motion in 1D
- 3.6Lesson 10: Equations of uniformly accelerated motion in 1D
- 3.7Activity 1 on Equations of uniformly accelerated motion in 1D
- 3.8Solution 1 on Equations of uniformly accelerated motion in 1D
- 3.9Activity 2 on Equations of uniformly accelerated motion in 1D
- 3.10Solution 2 on Equations of uniformly accelerated motion in 1D
- 3.11Activity 3 on Equations of uniformly accelerated motion in 1D
- 3.12Solution 3 on Equations of uniformly accelerated motion in 1D
- 3.13Activity 4 on Equations of uniformly accelerated motion in 1D
- 3.14Solution 4 on Equations of uniformly accelerated motion in 1D
- 3.15Activity 5 on Equations of uniformly accelerated motion in 1D
- 3.16Solution 5 on Equations of uniformly accelerated motion in 1D
- 3.17Activity 6 on Equations of uniformly accelerated motion in 1D
- 3.18Solution 6 on Equations of uniformly accelerated motion in 1D
- 3.19Activity 7 on Equations of uniformly accelerated motion in 1D
- 3.20Solution 7 on Equations of uniformly accelerated motion in 1D
- 3.21Activity 8 on Equations of uniformly accelerated motion in 1D
- 3.22Solution 8 on Equations of uniformly accelerated motion in 1D
- 3.23Activity 9 on Equations of uniformly accelerated motion in 1D
- 3.24Solution 9 on Equations of uniformly accelerated motion in 1D
- 3.25Activity 10 on Equations of uniformly accelerated motion in 1D
- 3.26Solution on Equations of uniformly accelerated motion in 1D
- 3.27Lesson 10: Summary on Equations of uniformly accelerated motion in 1D
- 3.28Test 10: Equations of uniformly accelerated motion in 1D15 Minutes5 Questions
- 3.29Downloadable Offline Resources of Equations of uniformly accelerated motion in 1D
- 3.30Lesson 11: Graphical Representation of Uniformly Accelerated Motion in 1D
- 3.31Lesson 11: Summary on Graphical Representation of Uniformly Accelerated Motion in 1D
- 3.32Test 3: Graphical Representation of Uniformly Accelerated Motion in 1D45 Minutes15 Questions
- 3.33Downloadable Offline Resources of Graphical Representation of Uniformly Accelerated Motion in 1D
- 3.34Lesson 12: Vertical motion
- 3.35Activity : Vertical motion30 Minutes10 Questions
- 3.36Lesson 12: Summary on Vertical motion
- 3.37Test 12 :Vertical motion30 Minutes10 Questions
- 3.38Downloadable Offline Resources of Vertical motion
- 3.39Lesson 13: Uniform Circular Motion
- 3.40Activity : Uniform Circular Motion30 Minutes10 Questions
- 3.41Lesson 13 : Summary on Uniform Circular Motion
- 3.42Test 13: Uniform Circular Motion45 Minutes15 Questions
- 3.43Downloadable Offline Resources of Uniform Circular Motion
- Unit 4 :Dynamics39
- 4.0Lesson 14: The Concept of Force
- 4.1Activity : The Concept of Force29 Minutes10 Questions
- 4.2Lesson 14: Summary on The Concept of Force
- 4.3Test 14: The Concept of Force45 Minutes15 Questions
- 4.4Downloadable Offline Resources of The Concept of Force
- 4.5Lesson 15 : Newton’s Laws of motion
- 4.6Activity : Newton’s Laws of motion30 Minutes10 Questions
- 4.7Lesson 15 : Summary on Newton’s Laws of motion
- 4.8Test 15: Newton’s Laws of motion30 Minutes10 Questions
- 4.9Downloadable Offline Resources of Newton’s Laws of motion
- 4.10Lesson 16: Frictional force
- 4.11Activity : Frictional force30 Minutes10 Questions
- 4.12Lesson 16 : Summary on Frictional force
- 4.13Test 16: Frictional force30 Minutes10 Questions
- 4.14Downloadable Offline Resources of Frictional force
- 4.15Lesson 17: The first Condition of Equilibrium.
- 4.16Activity : The first Condition of Equilibrium.30 Minutes10 Questions
- 4.17Lesson 17 : Summary on The first Condition of Equilibrium.
- 4.18Test 17: The first Condition of Equilibrium.30 Minutes10 Questions
- 4.19Downloadable Offline Resources of The first Condition of Equilibrium.
- 4.20Lesson 18: Work, Energy and Power
- 4.21Activity : Work, Energy and Power45 Minutes15 Questions
- 4.22Lesson 18: Summary on Work, Energy and Power
- 4.23Test 18: Work, Energy and Power45 Minutes15 Questions
- 4.24Downloadable Offline Resources of Work, Energy and Power
- 4.25Lesson 19: Conservation of mechanical energy
- 4.26Activity 6: Conservation of mechanical energy30 Minutes10 Questions
- 4.27Activity 1 on Conservation of mechanical energy
- 4.28Solution: 1
- 4.29Activity 2 on Conservation of mechanical energy
- 4.30Solution:2
- 4.31Lesson 19 : Summary on Conservation of mechanical energy
- 4.32Test 6: Conservation of mechanical energy30 Minutes10 Questions
- 4.33Downloadable Offline Resources of Conservation of mechanical energy
- 4.34Lesson 20: Impulse and Linear momentum
- 4.35Activity 7:Impulse and Linear momentum30 Minutes10 Questions
- 4.36Lesson 20: Summary on Impulse and Linear momentum
- 4.37Test 20: Impulse and Linear momentum45 Minutes15 Questions
- 4.38Downloadable Offline Resources of Impulse and Linear momentum
Activity 3 on Equations of uniformly accelerated motion in 1D
What will be the final velocity of the ball dropped from the fourth floor, if the ball takes 18 seconds before hitting the ground? The acceleration due to gravity is given as g = 9.80 m/s2
A. 176.4 m/s
B.25 m/s
C.15 m/s