Complete Course on AS Physics (9702)

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About Course

AS Physics Complete Course

Key concepts discussed in AS Physics (9702) are essential ideas that help students develop a deep understanding of their subject and make links between different aspects. Key concepts may open up new ways of thinking about, understanding or interpreting the important things to be learned.

Good teaching and learning will incorporate and reinforce a subject’s key concepts to help students gain:

a greater depth as well as breadth of subject knowledge
confidence, especially in applying knowledge and skills in new situations
the vocabulary to discuss their subject conceptually and show how different aspects link together
a level of mastery of their subject to help them enter higher education.
The key concepts identified below, carefully introduced and developed, will help to underpin the course you will teach. You may identify additional key concepts which will also enrich teaching and learning. The key concepts for Cambridge International AS Physics are:
Models of physical systems Physics is the science that seeks to understand the behaviour of the Universe. The development of models of physical systems is central to physics. Models simplify, explain and predict how physical systems behave.
Testing predictions against evidence Physical models are usually based on prior observations, and their predictions are tested to check that they are consistent with the behaviour of the real world. This testing requires evidence, often obtained from experiments.
Mathematics as a language, and problem-solving tool Mathematics is integral to physics, as it is the language that is used to express physical principles and models. It is also a tool to analyse theoretical models, solve quantitative problems and produce predictions.
Matter, energy and waves Everything in the Universe comprises matter and/or energy. Waves are a key mechanism for the transfer of energy and are essential to many modern applications of physics.
Forces and fields The way that matter and energy interact is through forces and fields. The behaviour of the Universe is governed by fundamental forces with different magnitudes that interact over different distances. Physics involves study
of these interactions across distances ranging from the very small (quantum and particle physics) to the very large (astronomy and cosmology).

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Course Content

(1.1) Physical Quantities & Units

SI Base Quantities & Their Units

47:08
Physical Quantities and Units

40:39
Scalar and Vector Quantities – Vector Addition and Substraction

39:14
Questions on Vector Addition and Substraction

40:20
Vector Resolution in Perpendicular Components

31:43

(1.2) Physical Quantities and Units – Part 2

Chapter 2: Kinematics

Distance, Displacement, Speed, Velocity and Acceleration

09:33
Displacement Time, Velocity Time and Acceleration Time Graphs

42:26
Question Number 3, 14 and 15 Solved

37:15
Question Number 10 and 21 Solved

46:27
Question Number 5 – SUVAT Equation

35:58
Question Number 13 and 12 Solved

34:19
Question Number 8 and 11 Solved

46:13
Determining Motion of a Dody Falling in Uniform Gravitational Field – Question 22

44:29
Question Number 23 and 2 Solved

28:04
Question Number 9 and 20 Solved

36:19
Projectile Motion – Part 1

26:15
Projectile Motion – Part 2

12:24
Projectile Motion – Part 3 – Question 4 and 5 Solved

44:08
Question Number 1, 19 and 18 Solved

38:41
Question Number 6, 7 and 17 Solved

41:58

Chapter 3: Dynamics

Chapter 4: Forces, Density, and Pressure

Chapter 5: Work, Energy and Power
Work, Energy and Power are fundamental concepts of Physics. Work is said to be done when a force (push or pull) applied to an object causes a displacement of the object. We define the capacity to do the work as energy. Power is the work done per unit of time.

Work Done – Q7

40:59
Energy and Its Types – Q11 – Part 1

09:06
Energy and Its Types – Q11 – Part 2

31:24
Question 6 ,12 ,13

28:48
Principle of Energy Conservation – Q14, 15

29:20
Work and Mechanical Energy Relationship

38:52
Question 4, 8, 16

39:55
Question 1, 5, 17

41:45
Question 2, 18, 19

41:00
Relation Between Forces and Potential Energy – Q21,22

33:05
Power – Q9, 10, 23

43:23
Lecture 11.1 – Question 24

09:54
Lecture 11.2 – Question 26

22:55
Efficiency – Question 27, 28

37:42

Chapter 6: Deformation of Solids
Forces that act on a solid object affects the spacing of atoms within the solid to a small extent. This change in spacing changes the external structure or shape and size of the solid, and it is termed as deformation of solids.

Chapter 7: Electricity
.

Electric Current and EMF

37:02
Resistance, Ohm’s Law, Resistivity – IV Graphs

43:06
Series and Parallel Resistance – Use of V=IR

40:07
Question 21, 25, 26, 27

34:06
Electrical Power and Electrical Energy – Q20

40:23
Question 1

35:53
Question 9, 13, 17

38:29
Question 2, 29

35:13
Internal Resistance, Voltage Loss

43:49
Question 8, 10

36:16
Question 15, 30

37:53

Chapter 8: DC Circuits
.

Chapter 9: Partical Physics
.

Chapter 10: Waves
.

Chapter 11: Superposition
.

Principle of Superposition

41:43
Stationary Waves

40:24
Question 3, 22, 24

42:58
Question 11, 13, 18

41:58
Question 1, 16, 23

42:50
Coherence, Interference – Q12

51:19
Question 21, 28, 29, 30

50:33
Double Slit Interfernece Using Light – Q8

49:58
Question 9, 19, 31

40:36
Diffraction Grating

42:32
Question 6, 7, 10, 17

43:07

Past Papers Session

Measurement, units and uncertainties

AS Level Physics – LIVE Lecture – Measurements – Part 1

31:06
AS Level Physics – LIVE Lecture – Measurements – Part 2

33:58
AS Level Physics – LIVE Lecture. – Measurements

39:33
AS Physics – Errors and Uncertainties – Part 1 – 9702

37:11
AS Physics – Significant Figures and Uncertainty Management – 9702

26:54
AS Physics – Uncertainties – Part 2 – Past Paper Questions – 9702

18:05
AS Physics – Uncertainties – Part 3 – 9702

36:20
AS Physics – Uncertainty Questions – Part 1 – 9702

22:41
AS Physics – Uncertainties – Part 3 – 9702

29:09
AS Physics – Vectors – Vectors Explained – Introduction to Vectors – 9702

01:00:55
AS Physics – Vectors Introduction – Representing Vectors – Finding Resultant of Vectors – 9702

23:25

Kinematics and motion

AS Physics – LIVE Lecture – Kinematics Lecture 1

35:06
AS Level Physics – Newtonian Mechanics – Kinematics Quantities

31:22
AS Physics – LIVE Lecture – Kinematics – Quantities Lecture 1

35:06
AS Level Physics – Newtonian Mechanics – Kinematics – Displacement Time Graphs

20:01
AS Level Physics – Online Kinematics – Graphs Lecture 2

26:25
AS Physics – Online Lecture 2 – Kinematics – Graphs – Part 2

31:24
AS Physics – Online Lecture 2 – Kinematics – Graphs – Part 1

26:25
AS Physics – Kinematics – Graphs Part 1- Lecture 2

26:25
AS Physics – Kinematics – Graphs – Part 3 – Lecture 4

28:53
AS Level Physics – Kinematics – Graphs – Part 2 – Lecture 3

31:24
AS Level Physics – Kinematics – Graphs – Lecture 2 – Part 2

31:24
AS Level Physics – Kinematics – Graphs – Part 2 – Lecture 3

31:24
AS Physics – Kinematics – Studying Graphs and their Interpretation – 9702

31:48
AS Physics – Kinematics Past Papers – Solving Past Paper Questions – Physics Revision – 9702

24:42
AS Physics – Projectile Motion – Graphs of Projectile Motion – kinematics Graphs – 9702

23:26
AS Physics – Projectile Motion – Past Paper Questions – Revision – 9702

33:07
AS Physics – kinematics – Motion with Constant Acceleration – Equation of Motion and Derivation

29:21
AS Physics – kinematics – Study of Free Fall – Impact Graphs – Kinematics and Graphs- Part 2 – 9702

34:42
AS Physics – kinematics – Study of Free Fall – kinematics and Graphs Part 1 – 9702

38:02
AS Physics – Resistance – Resistivity and Drift Velocity – 9702

37:57
AS Physics – Drift Velocity and DC Circuits – Drift Velocity – 9702

13:21

Dynamics, forces and momentum

Waves and superposition

Electricity and DC circuits

Particle physics and radioactivity

Past paper practice

AS Physics – Physical Quantities – Part 1 – 9702

42:22
AS Physics – Physical Quantities – Part 2 – 9702

22:44
AS Physics – Physical Quantities – Part 3 – 9702

20:25
AS Physics – Graphs – Part 1 – 9702

22:40
AS Physics – Estimating Physical Quantities – 9702

37:21
AS Physics – Graphs – Part 2 – 9702

35:06
AS Physics – Past Papers Theory – Past Papers Solved – 9702

22:52
AS Physics – Past Papers Theory – Past Papers Solved – 9702

28:24
AS Physics – Random Past Paper Questions – Physics Past Papers – 9702

49:15
AS Physics – Past Paper Questions Solved – Physics Past Papers – 9702

29:17
A2 Physics

00:00

Paper 2 worked solutions (22)

AS Physics – 9702 P22 MJ21 Q6 – Past Papers Solved

07:23
AS Physics – 9702 P22 MJ21 Q1 – Past Paper Question

14:47
AS Physics – 9702 P22 MJ21 Q2 – Past Paper Question

14:39
AS Physics – 9702 P22 MJ21 Q3 – Past Paper Question

08:59
AS Physics – 9702 P22 MJ21 Q4 – Past Paper Questions

10:11
AS Physics – 9702 P22 MJ21 Q5 – Past Paper Question

07:50
AS Physics – 9702 P22 ON21 Q1 – Past Paper Question

07:55
AS Physics – 9702 P22 ON21 Q3 – Past Paper Questions

07:11
AS Physics – 9702 P22 ON21 Q4 – Past Paper Question

05:49
AS Physics – 9702 P22 ON21 Q5 – Past Paper Question

04:56
AS Physics – 9702 P22 ON21 Q6 – Past Paper Question

07:11
AS Physics – 9702 P22 ON21 Q7 – Past Paper Question

08:41
AS Physics – 9702 P22 MJ22 Q1 – Past Paper Question

04:41
AS Physics – 9702 P22 MJ22 Q2 – Past Paper Question

08:59
AS Physics – 9702 P22 MJ22 Q3 – Past Paper Question

07:28
AS Physics – 9702 P22 MJ22 Q4 – Past Paper Question

05:36
AS Physics – 9702 P22 MJ22 Q5 – Past Paper Question

06:38
AS Physics – 9702 P22 MJ22 Q6 – Past Paper Question

06:54
AS Physics – 9702 P22 MJ19 Q1 – Past Paper Question

03:30
AS Physics – 9702 P22 MJ19 Q2 – Past Paper Question

11:50
AS Physics – 9702 P22 MJ19 Q3 – Past Paper Question

09:04
AS Physics – 9702 P22 MJ19 Q4 – Past Paper Question

07:33
AS Physics – 9702 P22 MJ19 Q5 – Past Paper Practice

06:14
AS Physics – 9702 P22 MJ19 Q6 – Past Paper Practice

04:51

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About Course

AS Physics Complete Course

Course Content

(1.1) Physical Quantities & Units

Physical Quantities and Units

Scalar and Vector Quantities – Vector Addition and Substraction

Questions on Vector Addition and Substraction

Vector Resolution in Perpendicular Components

(1.2) Physical Quantities and Units – Part 2

Absolute, Fractional, and Percent Uncertainty

Rule for Stating Calculated Quantity With Its Absolute Uncertanity

Exercise Solved

Accuracy and Precision – Random and Systematic Error

Examples to Understand Accuracy and Precision and Random and Systematic Error

Exercise Questions Solved

Chapter 2: Kinematics

Displacement Time, Velocity Time and Acceleration Time Graphs

Question Number 3, 14 and 15 Solved

Question Number 10 and 21 Solved

Question Number 5 – SUVAT Equation

Question Number 13 and 12 Solved

Question Number 8 and 11 Solved

Determining Motion of a Dody Falling in Uniform Gravitational Field – Question 22

Question Number 23 and 2 Solved

Question Number 9 and 20 Solved

Projectile Motion – Part 1

Projectile Motion – Part 2

Projectile Motion – Part 3 – Question 4 and 5 Solved

Question Number 1, 19 and 18 Solved

Question Number 6, 7 and 17 Solved

Chapter 3: Dynamics

Mass and Weight – Linear Momentum – Newton’s :aws of Motion – Application of Newton’s Law

Question Number 22, 8, 11, and 13 Solved

Question Number 14, 18, 19, and 10 Solved

Momentum Conservation Principle and Its Application

Question Number 4, 21, 12 , 15 and 16 Solved

Elastic and Inelastic Collisions

Question Number 3, 6, 9 and 5 Solved

Chapter 4: Forces, Density, and Pressure

Exercise Question – Q4 – Q6 – Q9

Exercise Solved – Q5 – Q7 – Q12

Exercise Solved – Q1 – Q18 – Q21

Density – Pressure – Q10

Exercise Questions – Q8 Solved

Exercise Questions – Q3 – Q2 Solved

Chapter 5: Work, Energy and Power Work, Energy and Power are fundamental concepts of Physics. Work is said to be done when a force (push or pull) applied to an object causes a displacement of the object. We define the capacity to do the work as energy. Power is the work done per unit of time.

Energy and Its Types – Q11 – Part 1

Energy and Its Types – Q11 – Part 2

Question 6 ,12 ,13

Principle of Energy Conservation – Q14, 15

Work and Mechanical Energy Relationship

Question 4, 8, 16

Question 1, 5, 17

Question 2, 18, 19

Relation Between Forces and Potential Energy – Q21,22

Power – Q9, 10, 23

Lecture 11.1 – Question 24

Lecture 11.2 – Question 26

Efficiency – Question 27, 28

Chapter 6: Deformation of Solids Forces that act on a solid object affects the spacing of atoms within the solid to a small extent. This change in spacing changes the external structure or shape and size of the solid, and it is termed as deformation of solids.

Hooke’s Law

Elastic and Plastic Deformations – Q15,16

Strain Energy – Q8

Question 11, 20

Stress and Strain – Young’s Modulus – Q3

Question 7, 12, 18, 19

Determining Young Modulus of a Metal – Q1

Question 9, 14

Chapter 7: Electricity .

Resistance, Ohm’s Law, Resistivity – IV Graphs

Series and Parallel Resistance – Use of V=IR

Question 21, 25, 26, 27

Electrical Power and Electrical Energy – Q20

Question 1

Question 9, 13, 17

Question 2, 29

Internal Resistance, Voltage Loss

Question 8, 10

Question 15, 30

Chapter 8: DC Circuits .