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Physics Equations insane

Answer doods
Quiz by Hxort
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Last updated: August 26, 2021
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First submittedAugust 25, 2021
Times taken37
Average score33.3%
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physics
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Hint
Answer
Force/Area
Pressure
mass x gravitational field
weight
Force x distance
work
spring constant x acceleration
force
force x distance
moment
mass x acceleration
force
speed x time
distance
change in velocity/time taken
acceleration
mass x velocity
momentum
current x time
charge
voltage x current
power
wavespeed / frequency
wavelength
current x resistance
voltage
mass x gravity x height
Gravitational potential energy
0.5 x mass x velocity^2
Kinetic energy
Sin(angle of incidence) / Sin(angle of refraction)
refractive index
mass/volume
density
plancks constant x frequency of radiation
energy of a photon
(plancks constant x frequency of radiation) - work function
Kinetic energy max
360 degrees x (path difference/wavelength)
phase difference
wave frequency x wavelength
wave speed
(wavelength of radiation x distance between slits and screen)/slit speration
fringe spacing
1/frequency
time
plancks constant x frequency threshold
work function
Hint
Answer
plancks constant/momentum
de broglies wavelength
plancks constant/wavelength
momentum
*ELECTRO MAGNETIC RADIATION* frequency x wavelength
speed of light
(plancks constant x speed of light) / wavelength
Energy of a photon
sin(inverse) x (1/refractive index)
Critical angle
power / area
intensity
(constant of proportionality) x amplitude^2
intensity
(E.M.F - terminal voltage) / Current
Internal resistance
Sum of currents into a junction = Sum of currents out of a junction
Kirchhoff's 1st law
Sum of E.M.F's = Sum of P.D's
Kirchhoff's 2nd law
density x (length / area)
resistivity
number of electrons x electron charge
charge
current / number density x cross sectional area x electron charge
drift velocity
R1 + R2 = R3
resistance in series
1/R1 + 1/R2 = 1/R3
resistance in parallel
number of electrons / volume of wire
number density
u + at
final velocity
0.5(u+v)t
displacement
ut +0.5at^2
displacement
vt-0.5at^2
displacement
u^2 + 2as
velocity^2
work done / time
power
energy transferred / charge
voltage
Current (Resistance + Internal resistance)
E.M.F
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