
By Nearpeer
Rs. 25000
This course includes
01. Stepping Into Physics 9702
02. Welcome to Introductory Module
03. Who am I?
04. The AR Effect
05. Must Watch (Before You Begin)
06. AS Physics Assessment outline
08. Do Not Miss!! (Guaranteed A*)
09. The World Of Nearpeer
10. Self Learning Ecosystem
1. Reasonable Estimates
2. Significant Figures
3. Scientific Notation
4. Derived Units
5. Types of Errors
6. Absolute Errors and Uncertainties
7. Calculated Uncertainties (Part 1)
8. Calculated Uncertainties (Part 2)
9. Representation of Errors
10. Vernier and Micrometer
11. CRO
12. Scalars and Vectors
13. Head to Tail Rule
14. How to Resolve Vectors ?(Part 1)
15. How to Resolve Vectors ?(Part 2)
16. Examples of Tension
17. Past Paper Questions Paper 1 (Part 1)
18.Past Paper Questions Paper 1 (Part 2)
19. Past Paper Questions Paper 1 (Part 3)
20. Past Paper Questions Paper 1 (Part 4)
21. Past Paper Questions Paper 1 (Part 5)
22. Past Paper Questions Paper 2 (Part 1)
23. Past Paper Questions Paper 2 (Part 2)
24. Past Paper Questions Paper 2 (Part 3)
01. Defining Kinematics
02. SUVAT Equations
03. Motion Graphs (Part 1)
04. Motion Graphs (Part 2)
05. Terminal Velocity
06. Defining Projectile Motion
07. Projectile Motion Conditions
08. SUVAT in Projectile Motion
09. Launched Horizontally
10. Graphs of Parabolic Motion
11. Forces and Dynamics
12. Newton's Laws
13. Momentum and Impulse
14. Conservation of Momentum
15. Types of Collisions
16. Past Paper 1(Part 1)
17. Past Paper 1(Part 2)
18. Past Paper 1(Part 3)
19. Past Paper 1(Part 4)
20. Past Paper 2 (Part 1)
21. Past Paper 2 (Part 2)
22. Past Paper 2 (Part 3)
23. Past Paper 2 (Part 4)
01. Types of Forces
02. Air Resistance and Upthrust
03. Moment and Torque
04. Coefficient of Friction
05. Ladder Problem 1
06. Ladder Problem 2
07. Pressure
08. Manometer
09. Compound Manometer
10. Brownian Motion
11. Paper 1 Past Papers (Part 1)
12. Paper 1 Past Papers (Part 2)
13. Paper 1 Past Papers (Part 3)
14. Paper 1 Past Papers (Part 4)
15. Paper 2 Past Papers (Part 1)
16. Paper 2 Past Papers (Part 2)
1. Work
2. Energy
3. GPE and Conservation of Energy
4. GPE and Conservation of Energy
5. Power and Efficiency
6. Unit 4 p2 01
7. Unit 4 p2 01.1
8. Unit 4 p2 02
1. Types of Forces and Stretching Springs
2. Hooke's Law
3. Stress, Strain and Young's Modulus
4. Materials
5. Paper 1 (Part 1)
6. Paper 1 (Part 2)
7. Paper 2 (Part 1)
8. Paper 2 (Part 2)
1. Travelling Waves
2. Wave Characteristics
3. Transverse and Longitudinal Waves
4. EM Spectrum
5. Wave Characteristics, Amplitude and Intensity
6. Superposition and Phase
7. Phase Difference and Polarization
8. Doppler Effect
9. Paper 1 (Part 1)
10. Paper 1 (Part 2)
11. Paper 2 (Part 1)
12. Paper 2 (Part 2)
13. Paper 2 (Part 3)
01. Diffraction
02. Single Slit Diffraction
03. Single Slit Diffraction
04. Young's Double Slit Diffraction
05. Interference
06. Diffraction Grating
07. Stationary Waves Formation
08. Stationary Waves in Strings
09. Stationary Waves in Pipes
10. Past Paper 1 (Part 1)
11. Past Paper 1 (Part 2)
12. Past Paper 2 (Part 1)
13. Past Paper 2 (Part 2)
01. Electric Fields (Part 1)
02. Electric Fields (Part 2)
03. Paper I (Part 1)
04. Paper I (Part 2)
05. Paper II
01. Electric Current and Potential Difference
02. Drift Velocity
03. Resistance and Power Dissipation
04. Paper I (Part 1)
05. Paper I (Part 2)
06. Paper II (Part 1)
07. Paper II (Part 2)
01. Seriesandparallel
02. Internalresistance
03. Maxpower
04. Kirchoffslaws
05. Multiloop
06. PotentialDivider
07. Potentiometer (Part 1)
08. Potentiometer(Part 2)
09. Past Paper I (Part 1)
10. Past Paper I (Part 2)
11. Past Paper (Part 1)
12. Past Paper (Part 2)
13. Past Paper (Part 3)
1. Atoms and Nuclei
2. Radiations
3.Classification of Particles
4. Fundamental Particles
05. Past Paper 1 (Part 1)
06. Past Paper 1 (Part 2)
07. Past paper 2
Hello! I welcome you all to the course. Before we jump on to the course let’s get a quick overview of the course. So, to begin with, the AS Level Physics course includes the following objectives: 1) To trace the limited number of fundamental laws that govern natural phenomena. 2) To use these laws to develop theories that can predict results of future experiments. 3) Express the laws in the language of mathematics. Here, mathematics provides the bridge between Theory and Experiment. The AS Level syllabus aims at preparing learners for studies beyond Cambridge International A Level Physics, in engineering or in Physics dependent vocational courses. The key concepts laid out in this course encourage learners to make links between topics and develop an overall understanding of the subject. We will be studying Classical Physics including Material Science, Electromagnetism, Wave Theory and Nuclear Physics through detailed and comprehensive video lectures, referring to the notes where needed and of course reflecting upon the past papers to get a holistic idea about the exam questions. Through well-designed studies of experimental and practical science, AS Level Physics is going to be a worthwhile experience for all of you, whether or not you study science beyond this level. Let’s begin! Abdur Rahman.
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