Course Content
(1.1) Physical Quantities & Units
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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
0/7
Cathode-Ray Oscilloscope
34:41
Absolute, Fractional, and Percent Uncertainty
38:30
Rule for Stating Calculated Quantity With Its Absolute Uncertanity
41:59
Exercise Solved
41:32
Accuracy and Precision – Random and Systematic Error
41:41
Examples to Understand Accuracy and Precision and Random and Systematic Error
39:33
Exercise Questions Solved
27:55
Chapter 2: Kinematics
0/15
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
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Mass and Weight – Linear Momentum – Newton’s :aws of Motion – Application of Newton’s Law
43:18
Question Number 22, 8, 11, and 13 Solved
39:39
Question Number 14, 18, 19, and 10 Solved
45:01
Momentum Conservation Principle and Its Application
42:34
Question Number 4, 21, 12 , 15 and 16 Solved
39:59
Elastic and Inelastic Collisions
40:26
Question Number 3, 6, 9 and 5 Solved
40:53
Chapter 4: Forces, Density, and Pressure
0/8
Exercise Question – Q23 – Q26 – Q24 Solved
43:00
Centre of Gravity – Moment of a Force – Torque of a Couple – Equilibrium
41:28
Exercise Question – Q4 – Q6 – Q9
39:47
Exercise Solved – Q5 – Q7 – Q12
42:27
Exercise Solved – Q1 – Q18 – Q21
41:15
Density – Pressure – Q10
41:42
Exercise Questions – Q8 Solved
08:59
Exercise Questions – Q3 – Q2 Solved
30:10
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.
0/14
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.
0/8
Hooke’s Law
18:43
Elastic and Plastic Deformations – Q15,16
22:54
Strain Energy – Q8
37:36
Question 11, 20
35:54
Stress and Strain – Young’s Modulus – Q3
39:36
Question 7, 12, 18, 19
39:36
Determining Young Modulus of a Metal – Q1
37:50
Question 9, 14
27:32
Chapter 7: Electricity
.
0/11
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
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0/5
Electrical Components and their Symbols – Kirchoff’s Laws
37:59
Combined Resistance in Series and Parallel Circuits – Voltage Divider Circuit
00:00
Sample Problem on Potential Divider Circuit
07:25
Question 6, 7
22:35
Potentiometer – Q8
39:45
Chapter 9: Partical Physics
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0/7
Alpha Particles Scattering Experiment – Simple Nuclear Model of Matter
38:34
Nuclide Notation Isotopes Fundamental Particles – Q20
45:44
Radioactive Decay Part 1 – Q9
43:35
Radioactive Decay Part 2 – Q24
34:29
Question 17, 27
34:53
Nature and Properties of Ionising Radiations – Q28
38:34
Question 8, 13, 30, 31
34:16
Chapter 10: Waves
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0/7
Wave Motion – Transverse Longitudinal Waves
46:36
Some Important Terms Related to Wave Motion
42:15
Intensity of a Wave – Determining Frequency of Sound – EM Spectrum
43:06
Doppler Effect – Q2, 3
35:43
Question 13, 14, 15
38:32
Polarization – Part 1
25:21
Polarization – Part 2
15:33
Chapter 11: Superposition
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0/11
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
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9702_s24_qp_22
00:00
Complete Course on AS Physics (9702)
  • Determining SI base units of derived quantities
  • Checking homogeneity of a physical equation
Exercise Files
(1.1) physical quantities and units (part 1).pdf
Size: 2.98 MB
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