Course Content
November Time Zone 0
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Q1: Relating unit with correct Physical quantity
00:52
Q2: Acceleration of block experiencing Unbalanced forces
01:33
Q3: Translational Equilibrium (Vector sum of Forces)
02:23
Q4: Find Energy transferred to air of a falling object
03:07
Q5: Power-Displacement graph
02:52
Q6: Conservation of Momentum & Energy in In-elastic Collision
03:26
Q7: Postulates of Kinetic molecular theory
02:44
Q9: Find Pressure when two gas containers joined
03:02
Q10: Magnitude of acceleration and its direction of SHM
03:13
Q11: Find speed of wave if distance between two points on wave is given
02:40
Q12: Draw correct Ray diagram of refraction of wavefronts
03:53
Q13: Phase difference between two points in a standing wave in a pipe
02:35
Q16: Determine factors on which specific resistance depends
01:29
Q17: Rate of energy loss in cable due to flow of current
01:37
Q18: Expression of EMF in terms of current, time and energy delievered
01:43
Q19: Visualization of magnetic force exerted on current carrying wire by external field
02:15
Q20: Horizontal circle (Larger mass attached with smaller mass)
02:03
Q21: Which emission spectra will give out light of minimum wavelength
02:21
Q23: Importance of modern physics theories
02:20
Q26: Apparent brightness (Intensity) of moon and planet
02:01
Q27: Ratio of time periods of mass spring system when masses are changed
03:05
Q31: Energy changes when a satellite is moved from one orbit to other
04:48
Q32: Electric field strength vs distance graph
02:06
Q37: Effect of increased intensity on rate of emmission and kinetic energy
02:21
Q38: Calculate nucleon number from Rutherford exp equation
01:24
Q39: Energy and Momentum of photon formula relevance with each other
02:00
Q40: Rutherford experiment observation
02:14
IB Physics HL 2020 paper video solutions
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