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g by rolling ball bearing
SuperdeanSuperdean

g by rolling ball bearing

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A student version of describing an experiment to find g by measuring the time for a solid steel ball to roll down a plane inclined at angle theta and the angle theta. The equation is a = (5/7) g sin theta a against sin theta graph is linear, with gradient = (5/7)g
Checking T  =  k.l^n  for a Pendulum
SuperdeanSuperdean

Checking T = k.l^n for a Pendulum

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Instruction sheet for students to perform an experiment and verify the relationship T = kl^n between time period T and length l for a simple pendulum where k and n are constants.
A Level Nuclear Physics - PPT
SuperdeanSuperdean

A Level Nuclear Physics - PPT

(0)
This is a nearly complete coverage of the A Level Physics - Nuclear Physics taught at Year 13. I have used Calculus in a couple of derivations of formulae. If you are not doing A Level Maths, just use the end results! I shall be looking for reviews and suggestions for improvement in this presentation which took hours to prepare. What I think is needed is worked examples of numerical questions. I’ll do this in my next edition. Enjoy Nuclear, enjoy learning!
g by free fall using a smartphone
SuperdeanSuperdean

g by free fall using a smartphone

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This is a first hand free fall method to find g by direct measurement of free fall time using a smartphone as the timer in two different ways. Then you can compare the two methods.
Superposition of Waves - A Level CIE Q's with A's
SuperdeanSuperdean

Superposition of Waves - A Level CIE Q's with A's

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This resource is prepared for the teacher for revising Superposition. Present a question, give the students time to think, then go through the answer. Or it could have been a class test. The questions were taken from A2 papers from 2004. Old is gold. Answers will follow.
A Level Waves - Superposition Exam Q's & Answers
SuperdeanSuperdean

A Level Waves - Superposition Exam Q's & Answers

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Solid revision material for the AS or A2 Physics student who likes to check their learning in interference (or superposition) and diffraction of waves of all kinds. These questions span about 7 years of examination therefore must be comprehensive. Still they are multiple choice questions therefore has iits limitations. I have taken hours in preparing answers supplementing and/or reinforcing your knowledge in this area. I hope you’d find this useful. Please write a review!
A Level - Practical Circuits MCQs with Answers
SuperdeanSuperdean

A Level - Practical Circuits MCQs with Answers

(0)
This is suitable for revising for the A/L Physics exams of any board. It is important you study the topic of electrical circuits properly before attempting these questions. The answers are given with explanations.