Course Content
May Time Zone 1
0/29
Q1: Wavelength of Electromagnetic wave
01:45
Q2: Finding Range (Min & Max) of Forces on an object
01:42
Q4: Work-Energy Principle & Stopping distance
03:18
Q5: Displacement (not distance) covered in Horizontal Projectile motion
02:39
Q6: Which Formuladefines newton’s 2nd law
02:16
Q7: Ratio of Masses hanging with pulley
03:09
Q8: Kinetic energy-distance graph from Work energy principle
02:50
Q9: Find Common velocity of two carts (Inelastic collision)
02:31
Q10:Work done by friction on incline plane
04:01
Q11: Thermal energy transfer between two blocks
02:55
Q12: Find No.of moles from Pressure-1/volume graph
02:16
Q13: Find average speed of oscillating particle that generates a wave
02:38
Q14: Find Distance if Apparent brightness is given
03:10
Q15: Interefernce of two waves on screen of double slit experiment
02:32
Q16: From Pre-2025 IB Syllabus question
00:09
Q17: Find ”sin” of angle of incidence using snell’s law
02:04
Q18: Find wavelength of 5th harmonic standing waves
02:18
Q19: Determine direction of Electric field and electric force
02:03
Q20: Find direction of resultant electric field strength due to three charges
03:26
Q21: Find current in circuit when variable resistance connected
03:33
Q22: From Pre-2025 IB Syllabus question
00:07
Q23: Force of tension providing centripetal force
01:32
Q24: Which emission will emit light of longest wavelength?
02:50
Q25: Charactertics of radioactive decay
02:38
Q26: Background counts and find reading of counter
03:33
Q27: Alpha and Beta negative decay
02:16
Q28: From Pre-2025 IB Syllabus question
00:09
Q29: Reason of Global warming
02:50
Q30: Calculate Albedo of Earth
01:24
May Time Zone 2
0/23
Q1: Calculate percentage uncertainity of Area
02:14
Q2: Systematic error and uncertainity in gradient
03:08
Q3: Diiference between Displacement & Distance
01:43
Q4: Distance travelled in UAM (Two methods)
03:38
Q5: Ratio of Distances of a block moving on an Inclined plane
02:40
Q6: Calculating Co-efficient of Dynamic Friction
02:20
Q7: Newton’s third Law (Pair of Forces) applied on Rocket
02:17
Q8: Area under Velocity-time graph and SUVAT
02:31
Q9: Find maximum velocity of mass attached with spring (for HL)
02:41
Q10: Find new temperature using ideal gas equation
02:51
Q11: Equation for Ideal gas
02:07
Q12: Kinetic model of Ideal gas
03:02
Q13: Heat transferred to two containers
01:51
Q14: How velocity & Acceleration of SHM are related (for HL)
03:30
Q15: From pre-2025 IB syllabus question
00:11
Q16: Find speed of wave using two graphs of motion of wave
02:19
Q17: Refraction of light in glass submerged in liquid
02:29
Q18: From pre-2025 IB syllabus question
00:12
Q19: Find ratio of two charges (a charge is placed between two similiar charges)
03:03
Q20: Change in Potential difference and output Power
02:25
Q21: Reading of Voltmeter in a bridge circuit
05:31
Q25: From pre-2025 IB syllabus question
00:06
Q29: From pre-2025 IB syllabus question
00:13
November Time Zone 0
0/29
Q1: Calculate percentage uncertainity of perimeter
02:11
Q2: Vector Addition of two Forces
02:27
Q3: Find time at which two balls have same height in Free fall motion
02:50
Q4: Find time to reach maximum height in projectile
02:00
Q5: Find Co-efficient of Dynamic Friction
02:36
Q6: Find Total Energy transfer in “n” number of lift of mass
02:35
Q7: Find Time duration of collision (Area under F-t graph)
02:09
Q8: Calculate equilibrium Temperature
04:04
Q9: Compare Change in temperature and specific heat capacity
03:10
Q10: About Boltzmann constant
02:08
Q11: Find maximum acceleration of SHM from oscillation graphs
02:35
Q12: Calculate speed of particle whose vibration produces wave
01:57
Q13: From pre-2025 IB syllabus question
00:09
Q14: Snell’s law – light entering from air to water droplet
03:11
Q15: Find length of pipe closed at one end
02:15
Q16: From pre-2025 IB syllabus question
00:09
Q17: Finding Current in a circuit by solving two circuits
03:34
Q18: Terminal potential difference and law of conservation of energy
03:44
Q19: Effect on radius of current carrying coil placed in magnetic field
03:09
Q20: Frictional forces as a Centripetal force
02:49
Q21: Compare Tension at top and bottom of Vertical Circular motion
03:48
Q22: Position between Earth & Moon where net field strength is zero
01:51
Q23: Beta positive decay example
01:54
Q24: Equivalence of mass and energy
02:41
Q25: From pre-2025 IB syllabus question
00:11
Q26: Rutherford scattering experiment postulates
03:32
Q27: Draw Peak-wavelength and temperature graph
02:33
Q28: From pre-2025 IB syllabus question
00:08
Q30: Power radiated by two planets
02:53
SL 2022 Paper video solutions
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