Test
AQA GCSE physics equations quiz
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Preguntas del test (20)
1What is the calculation for weight?
- Amass * force * height
- Bmass * gravitational field strength
- C0.5 * gravitational field strength
2charge = [blank_start]current[blank_end] * [blank_start]time[blank_end]
- Acurrent
- Bpower
- Cpotential difference
- Dtime
- Ework done
- Ffrequency
3What is the calculation for work done?
- Aforce * distance (along line of force)
- Bdistance (along line of force) * mass * force
- Cforce * extension
4True or false : The moment of a force is equal to force * distance * mass ?
- AVerdadero
- BFalso
5energy transferred = [blank_start]power[blank_end] [blank_start]*[blank_end] [blank_start]time[blank_end]
- Apotential difference
- Bcharge
- Cpower
- D*
- E/
- Fwork done
- Gtime
- Hcharge
6[blank_start]density[blank_end] = [blank_start]mass[blank_end] / [blank_start]volume[blank_end]
- Avolume
- Bmass
- Cdensity
7[blank_start]distance travelled[blank_end] = speed * time
- Adistance travelled
8True or false: force applied to a spring = spring constant * extension ?
- AVerdadero
- BFalso
9What three things multiply together to determine gravitational potential energy?
- Aforce
- Bgravitational field strength
- Csurface area
- Dvolume
- Emass
- Fdistance
- Gheight
- Hweight
10which of these is the correct calculation for pressure?
- Aforce normal to a surface / (area of that surface)^2
- Barea of a surface / force normal to that surface
- Cforce normal to a surface / area of that surface
11acceleration = Δ [blank_start]velocity[blank_end] / [blank_start]time[blank_end]
- Avolume
- Bmass
- Cforce
- Dtime
- Espeed
- Fvelocity
- Gmomentum
12what is the equation for resultant force?
- Amass * acceleration
- Bweight * acceleration
- Cmass * speed
13momentum = [blank_start]mass[blank_end] * [blank_start]velocity[blank_end]
- Avelocity
- Bspeed
- Cacceleration
- Dfrequency
- Eweight
- Fmass
- Gvolume
- Hpressure
14Which two of these are the correct equations for power?
- Auseful output energy transfer / total input energy transfer
- Benergy transferred * time
- Cenergy transferred / time
- Dcharge * voltage
- Eenergy transferred / voltage
- Fwork done / time
- Gwork done * time
15True or false: the correct equation for kinetic energy is 1/2 * mass * speed
- AVerdadero
- BFalso
16How would you summarise the two efficiency equations?
- Atotal input / total useful output
- Btotal useful input / total output
- Ctotal useful output / total input
- Dtotal output / total useful input
17wavespeed = [blank_start]frequency[blank_end] * [blank_start]wavelength[blank_end]
- Aspeed
- Bfrequency
- Cpower
- Dtime
- Ewavelength
- Fdistance
- Gextension
18which of these works out amount of energy transferred?
- Apotential difference * power
- Bpotential difference / charge
- Cpotential difference / current
- Dcharge * current
- Echarge * potential difference
- Fcharge / potential difference
19How do you work out potential difference?
- Apower * current
- Bpower * resistance
- Ctime * resistance
- Dcurrent * resistance
- Ecurrent / resistance
20Which two equations can be used to find power?
- Acurrent * resistance
- Bcurrent * potential difference
- Ccurrent^2 * resistance
- Dresistance^2 * current
Información
- Descripción
- A quiz to see how well you know the equations you have to memorise for GCSE physics. Good luck!
- Autor
- Alexandra Anderson
- Idioma
- English
- Visitas
- 7.702
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- Valoración
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