Course Curriculum
May Time Zone 1
Q1: Calculate percentage uncertainity of angular frequency
01:38Q2: finding fundamental SI unit of physical quantity from an equation
02:28Q3: Direction of velocity & Acceleration during Non-uniform Accelerated motion
02:38Q4: Find displacment when an object thrown downward
02:28Q5: Velocity & Acceleration of object during Projectile motion
03:15- 02:32
Q7: Two Blocks towards each other
02:06Q8: Find final Velocity from Force-time graph
02:11Q9: Friction force on block placed on rotating disc
02:51- 02:51
Q12: Time required to boil water
01:50Q14: Displacement & Acceleration graph of SHM
02:18Q15: Kinetic energy – time graph of horizontal mass-spring system (for HL)
03:08Q16: Which physical quantity remains unchanged and why?
02:23Q18: calculate wavelength of first harmonic set in string
01:56Q21: Calculate current in a circuit having two EMF sources in series
01:50Q22: Current due to charge carriers in Electrolyte
01:55Q23: Determining direction of magnetic force on an electron in magnetic field
02:47Q25: Ratio of gravitational field strengths at two positions
03:04Q26: Beta negative decay example
02:18Q27: Find B.E per nucleon of Helium isotope
01:53Q28: Transition in energy levels
01:53Q29: Calculate Rate of change of temperature
02:27
May Time Zone 2
November Time Zone 0
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