Karteikarten
GCSE Equations - Year 11
Karten in diesem Stapel (34)
- 1Which equation would you use to calculate the average speed of an object if you know the total distance travelled and the time taken?
- 2There are two equations involving acceleration, what are they?
- 3What is the equation for working out weight, given the mass of an object?
- 4What is the equation for calculating density?
- 5What is the Hooke's Law equation?
- 6What is the equation for the moment of a force?Moment = force x perpendicular distance from the pivot
- 7What is the equation for momentum?Momentum = mass x velocity
- 8What is the impulse equation?
- 9What is the equation for kinetic energy?
- 10What is the equation for potential energy?
- 11There are two equations for efficiency. What are they?
- 12What is the work done equation?W = F d
- 13There are several equations for power. What are they?
- 14What is the equation for pressure exerted by a solid?
- 15What is the equation for pressure in liquids?
- 16What is Boyle's Law for gases?
- 17What is the pressure law?
- 18How do you convert degrees C into degrees K?
- 19What is the equation for specific heat capacity?
- 20What is the equation for heat capacity?heat capacity = energy divided by temperature change
- 21What is the equation for latent heat?
- 22Which equation links the velocity, wavelength and frequency of a wave?
- 23How are the time period and frequency of a wave related?
- 24What is the definition of refractive index?
- 25What is Snell's law?
- 26Which equation would you use to work out the critical angle of light in a medium?
- 27Which equation links charge, current and time?Q = I t
- 28Which equation links potential difference, energy and charge?
- 29Which equation defines resistance?
- 30What is the equation for resistors in series?
- 31What is the equation for resistors in parallel?
- 32How would you calculate electrical energy?P = I V
- 33How would you calculate electrical energy?E = I V t
- 34What are the transformer equations?
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- Beschreibung
- Flash cards to test your knowledge of key equations in iGCSE physics.
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- kate.wainwright
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