Evan's Space
Physics Comics
P1 Questions
TYS Questions by Year
Other questions in the blog by topics
01 Measurement
P1 - Pendulum: Displacement-time vs KE-time graphs y
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02 Kinematics
3) Ticker Tape Timer various questions y
4) Distance-time and Speed-time graph of 2 objects in motion y
5) Kinematics – Swimmer in river with current, find distance downstream y
6) Kinematics – Two balls free-fall with different mass and height
7) Two objects same size and shape but one is heavier. Motion when both released y
8) Kinematics Question – Using gradient and area under graph to form 2 equations y
9) Object falling at freefall, time taken to fall from O to P y
10) Kinematics – Two balls free-fall with different mass and height y
11) Car A and Car B – Find the time one overtakes the other y
12) Ball thrown vertically up from building and falls to ground y
13) Ball drops above moving train y
14) Speed-Time Graph – Motion of 2 Cars and interpreting the graph y
15) Ticker-tape Timer – Finding acceleration y
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03 Dynamics
P1 What is the speed-time graph when the pulling force is removed? 2014 y
6) 2013 SPp1q2 - Finding resultant of 2 forces at 0 to 90 degree y
7) Resultant force-time graph to Speed-time graph y
8) Finding forces on multiple bodies y
9) Frictional force acting on wheel 2004PPp1q5 and 2007PPp1q5 and 2021PPp1q7 y
10) Rocket with forward thrust lasting 1.5 s y
11) Vertical Resultant Force of ball rolling off platform y
12) Force-time graph, find frictional force
13) Using 3rd law to find the thrust on boat 2015PPQ6
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04 Mass Weight and Density
P1 - Unsual Behaviour of Less Dense Balloon in Air or Water y
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05 Moment
1) Question - O-level SP 2013-nov-sci-phy-p2-q9-pressure-and-moment 2014 y
2) Question - Where is the new CG when a small circle is cut out from a big circle?
3) Question - Minimum force to pull up the drum over a step
4) Question - Solving moment using simultaneous equations
5) Double Pivots Questions - Basic concepts
6) Question - Minimum force F to push the barrel up a step
06 Pressure
P2 SP2013 P2 Q9 – Pressure and Moment - Achieving a bigger output force y
P1 Relationship between Pressure and Length of a Cube y
P1 PP2004 P1 Q15 – Pressure P1V1 = P2V2 y
P2 Using barometer to estimate the height of a mountain y
P1 PP Manometer – mercury levels difference changes with different density of liquid used y
P1 PP2008P1Q15 – Kinetic Model of Matter y
P1 Various questions on PV = constant and using P1V1 = P2V2 to solve y
P1 Another P1V1 = P2V2 question - 2 pistons of different pressure joined together y
P1 Height of ethanol in the column (PP) y
P2 SP2013p2q9 - Hydraulic system with moment (lever) y
P1 - Relationship between Pressure and Length of a Cube y
P1 - Barometer with a layer of water – Find height of mercury H y
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07 Energy, Work and Power
P1 - PP2007p1q9 Energy needed to pump water up to tank y
P1 - Find height the ball reaches with a certain speed (with friction) y
P1 - Video Tutorial - Force F need to pull box up an inclined plane without friction and with friction y
P1 - Ratio of KE to GPE at a position
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Thermal Properties of Matter
P1 PP - Finding the specific latent heat of vaporisation from an experiment y
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https://evantoh23.wordpress.com/2021/09/12/temperature-thermocouple-find-the-unknown-temperature/
P1 - temperature-thermocouple-find the unknown temperature y
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06 General Wave Properties
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P2 - 2017PPP2Q5 Two points on the rope wave with displacement-time graphs given
P1 - 2005/2008 PP P1 Q20/Q18 P and Q on string wave, what is the motion next
P1 - Which is a possible displacement-time graph for particle Y?
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07 Light
P1 - SP2010p1q12 focal length of the lens using distant object y
P1 - Which ray is correct after passing through a converging lens - Important concepts y
P1 - Two mirrors in parallel - Which are the possible positions of the image? y
P1 - PP2007p1q20 Mirror image through a periscope y
P1 - Min distance of the mirror to see the painting on the opposite wall when a man is standing a distance from the painting y
8) Video - Demo of refraction using glass balls of same refractive index as water
9) VIdeo - Refraction of light in glass block - using pins to identify refracted and emergence rays
10) Different Lens Ray Diagram questions (with videos)
12) Finding focal length f - lens and mirror and basic concepts
13) Question MCQ - Finding the focal length of lens from parallel rays at an angle or parallel to principal axis​
16) P1 Question - min distance h mirror from floor
P1 - Determine focal length of lens using mirror with object and image aligned
P1 - Lens – screen and mirror – what kind of image formed on screen
Lens - Complete the two rays S and T
P1 - What is ratio of KE and GPE at 10m as ball is released from 50m
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08 Sound
P1 - Time interval between 2 distinct sound from the gun (direct and indirect) y
P1 - Distance of sound detector from walls y
P1 - PP2017p1q21 Sound – time taken for the next rarefaction to arrive at the point P
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12 Static Electricity
1) P1 Oil drop between charged plate. What charge is the oil drop? y
2) P1 - SP2021 P1Q15 The electric field lines between two charges
3) P1 - PP2013 P1Q30 Direction of the electric field
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13 Current Electricity
P1 - Ratio of resistivities of wires X and Y – the effect of diameter on the cross-sectional area y
P1 - SP2010 P2Q12 Fuel gauge using a variable resistor y
P1 - Finding effective resistance when a resistor is bent into different shapes of various lengths y
P1 - Cells in series and parallel y
P1 - Filament bulb graphs 2024 Specimen Paper 6091 P1 Q30
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14 DC Circuit
P1 - SP2010 P2Q12 Fuel gauge using a variable resistor y
P1 - SP2013 P1Q17 Power when V across R doubled y
P1 - PP2016p1q40 Two bulbs in parallel with long transmission cables y
P1 - PP2013p1q40 2 houses in parallel with long transmission lines, one heater is switched off y
P1 - Diodes and bulbs, which bulbs is lighted up when switch S is open and closed y
P2 - SP2013Q11 - Thermistor in series with fixed resistor, explain p.d. across both
P2 - SP2020Q9 - Thermistor in series with fixed resistor
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15 Practical Electricity
P1 - SP2007P1Q16 – Which events will cause the fuse to blow? y
P2 - SP2021Q8 - Which appliance uses the most power or energy, using P=I2R and P = V2/R
P2 - PP2017Q11 - Using P=I^2R and P=V^2/R to explain which has higher power
16 Magnetism and Electromagnetism
17 Electromagnetic Induction
P1 - PP2016p1q40 Two bulbs in parallel with long transmission cables y
P1 - PP2013p1q40 2 houses in parallel with long transmission lines, one heater is switched off y