Course Curriculum
May Time Zone 1
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Q1: Fractional uncertainity in volume of sphere
01:25 -
Q2: Find Initial velocity in free fall motion
02:00 -
Q3: Free body diagram of Ladder in equilibrium
02:25 -
Q4: Ratio of Kinetic and Gravitational potential energy
02:48 -
Q5: A child throwing ball to another
03:19 -
Q6: Calculate Drag Force exerted on parachutist
01:29 -
Q7: Rate of change of momentum problem
01:55 -
Q8: Specific heat capacity and Latent heat of vapourization
02:03 -
Q9: Find an expression of force exerted by ideal gas on wall
02:09 -
Q10: Pressure-temperature graph
02:28 -
Q11: Find speed of standing wave produced by wave generator
02:15 -
Q12: superposition and phase difference between two waves
03:56 -
Q13: Refraction of light in glass cylinder and then Total internal reflection
07:06 -
Q14: Restoring force and displacement of SHM
03:07 -
Q15: Electric field strength as a potential gradient
03:14 -
Q16: Find Equivalent resistance
02:02 -
Q17: Find Power dissipated when resistance is quadrupled in a circuit
01:40 -
Q18: Make Equation of tension at bottom of vertical circle
02:04 -
Q20: Calculate Binding energy of oxygen
01:20 -
Q23: Function of nuclear power reactor
01:41 -
03:33
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Q25: Find Albedo from Energy-balance diagram
02:09 -
Q26: Time period of Simple pendulum on Earth and Moon
02:24 -
Q28: Effect of doubling number of slits in Multiple slit experiment
03:38 -
03:21
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Q30: Find equivalent Electric potential due to four charges
03:57 -
Q31: Equipotential surface, gravitational potential & energy
03:32 -
Q32: Derive velocity using Coulomb’s force between electron and nucleus
01:45 -
Q33: How the field & emf in induced by one coil by other attched with battery
04:54 -
Q37: Taking ratio of undecayed nuclides of two samples after some time
02:14 -
Q38: Which emission spectrum represents transition between energy levels
04:40
May Time Zone 2
November Time Zone 0
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