2017 HL Paper 1 videos
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May Time Zone 1
Q1: Fundamental unit of Electrical energy
Video - 00:3:21 mins
Q2: Draw S-t graph from v-t graph
Video - 00:6:13 mins
Q3: Find change in velocity from graph
Video - 00:3:18 mins
Q4: Find Tension in cable (elevator question)
Video - 00:4:28 mins
Q5: Find speed of Block attached with string (conservation of energy)
Video - 00:4:43 mins
Q6: Power developed by Engine
Video - 00:2:40 mins
Q7: Rate of change of momentum
Video - 00:1:45 mins
Q8: Phase change I Temperature-heat graph (B.1)
Video - 00:2:38 mins
Q9: Pressure exerted by cylinder
Video - 00:5:06 mins
Q10: Volume - temperature relation of an Ideal gas
Video - 00:6:41 mins
Q11: Simple Harmonic motion graphs
Video - 00:5:37 mins
Q12: Phase difference between two waves
Video - 00:5:46 mins
Q13: From Old IB Physics syllabus
Video - 00:00:09 mins
Q14: from Old IB physics syllabus
Video - 00:00:07 mins
Q15: Standing waves in a water filled pipe
Video - 00:4:50 mins
Q16: Change in Kinetic Energy of Alpha particle in electric field
Video - 00:4:51 mins
Q17: About current flow from uniform wire
Video - 00:2:00 mins
Q18: Alpha and electron thrown in magnetic field
Video - 00:4:15 mins
Q19: Maximum tension in Horizontal circular motion
Video - 00:3:14 mins
Q20: Ratio of activities of radioactive nuclides
Video - 00:6:00 mins
Q21: About Atomic mass unit
Video - 00:1:36 mins
Q22: Calculate ratio of Binding energy per nucleon
Video - 00:6:27 mins
Q23: Modes of heat transfer (B.1)
Video - 00:2:56 mins
Q24: Intensity-wavelength graph of two planets (B.1)
Video - 00:5:56 mins
Q25: Ratio of Power reflected and absorbed by glacier
Video - 00:2:52 mins
Q26: Comparison of time periods of simple pendulum
Video - 00:4:56 mins
Q27: Frequency, phase difference of two waves in double slit experiment
Video - 00:7:40 mins
Q28: Train moving towards cliff (Double Doppler effect)
Video - 00:6:24 mins
Q29: Electric field and Electric Potential (for HL)
Video - 00:5:24 mins
Q30: Calculate weight and Graviatational Potential Energy (for HL)
Video - 00:5:54 mins
Q31: Electric field between two charges (No field region)
Video - 00:7:28 mins
Q32: From Old IB Physics syllabus
Video - 00:00:10 mins
Q33: Units of Magnetic field strength and flux
Video - 00:2:02 mins
Q34: From Old IB physics syllabus
Video - 00:00:18 mins
Q35: From Old IB Physics syllabus
Video - 00:00:17 mins
Q36: Magnetic force applied on current carrying coil
Video - 00:5:50 mins
Q37: Comparison of radii of Nuclei (Rutherford equation)
Video - 00:4:12 mins
Q38: From Old IB physics syllabus
Video - 00:00:08 mins
Q39: Relation between energy and wavelength of photon
Video - 00:3:31 mins
Q40: From Old IB physics syllabus
Video - 00:00:20 mins
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