Study sets matching "physics equations"

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Study sets matching "physics equations"

24 terms
Physics equations
Gravitational Potential energy
Ep
M
G
Ep=mgh
Gravitational potential energy(J)
Mass(kg)
Gravitational field strength(N/kg)
Gravitational Potential energy
Ep=mgh
Ep
Gravitational potential energy(J)
24 terms
Physics equations
Speed=
Acceleration=
Force=
Weight=
Distance/time
Change in velocity/ time
Mass x acceleration
Mass x g
Speed=
Distance/time
Acceleration=
Change in velocity/ time
21 terms
Physics equations
Motion
Weight
Acceleration
Density
s = d/t
w= m x g (10 /s^2)
a = v-u/ t
D = m/v
Motion
s = d/t
Weight
w= m x g (10 /s^2)
Physics - Equations
Force
Weight
Speed
Acceleration
Mass x acceleration
Mass x gravity
Distance/time
Change in velocity/time
Force
Mass x acceleration
Weight
Mass x gravity
Physics - Equations
Orbital speed
Energy transferred
Frequency
Power
2pie ✖️ orbital radius / time period
Current ✖️voltage ✖️ time
1 / time period
Work done / time taken
Orbital speed
2pie ✖️ orbital radius / time period
Energy transferred
Current ✖️voltage ✖️ time
43 terms
Physics Equations
Pressure law?
Charles Law?
Boyles Law?
Hookes Law?
P1/T1=P2/T2
V1/T1=V2/T2
p1V1=p2V2
load=spring constant x extension
Pressure law?
P1/T1=P2/T2
Charles Law?
V1/T1=V2/T2
22 terms
Physics Equations
average speed =
force =
acceleration =
momentum =
distance moved/time taken
mass x acceleration
change in velocity/time taken
mass x velocity
average speed =
distance moved/time taken
force =
mass x acceleration
Physics Equations
Efficiency
Work done
Power
Weight(N)
Useful output energy / Total input energy
Force x Distance
Work done / Time taken
Mass(kg) x 10
Efficiency
Useful output energy / Total input energy
Work done
Force x Distance
26 terms
Physics Equations
Average Speed
Acceleration
Force
Weight
Distance / Time
Change in velocity / Time
Mass x Acceleration
Mass x Gravitational field strength
Average Speed
Distance / Time
Acceleration
Change in velocity / Time
Physics Equations
Speed = distance/time
Force = mass * acceleration
Acceleration = change in velocity/time
Efficiency = useful energy output /tot…
Speed, distance and time
force, mass and acceleration
Acceleration, change in velocity and time
Energy transferred and efficiency
Speed = distance/time
Speed, distance and time
Force = mass * acceleration
force, mass and acceleration
19 terms
Physics equations
Distance / time
height of the triangle / base of the t…
Change in velocity / time
mass x gravity
Speed (m/s)
Gradient
Acceleration
Weight
Distance / time
Speed (m/s)
height of the triangle / base of the t…
Gradient
15 terms
physics equations
equation for speed
equation for efficiency
equation for weight
equation for velocity
s=d/t
eff=useful out/total in
w=m x g
v= d/t
equation for speed
s=d/t
equation for efficiency
eff=useful out/total in
Physics equations
Weight
Work done
Force applied to a spring
Distance travelled
Weight = mass x gravitational feild strength ... W = m g
Work done = force x distance moved... W = F s
Force applied to a spring = spring constant x extension ... F =…
Distance travelled = speed x time... s = v t
Weight
Weight = mass x gravitational feild strength ... W = m g
Work done
Work done = force x distance moved... W = F s
42 terms
Physics Equations
G (giga)
M (mega)
k (kilo)
H (hecto)
Billion
Million
Thousand
Hundred
G (giga)
Billion
M (mega)
Million
29 terms
Physics- equations
Speed
Acceleration
Force
Work done
Distance travelled/ time taken
Increase in velocity/ time taken
Mass x acceleration
Force x distance moved in the direction of the force
Speed
Distance travelled/ time taken
Acceleration
Increase in velocity/ time taken
14 terms
PHYSICS EQUATIONS
Density
Acceleration
Force (Newton's 2nd Law)
Weight
Density = Mass/Volume... - D = g/cm^3... - M = g... - V = cm^3
Acceleration = Change in velocity/Time taken ... - A = m/s^2…
Force = Mass * Acceleration (F = ma)... - F = N... - M = kg... - A…
Weight = Mass * Gravity (W = mg)... - W = N... - M = kg... - G = 9…
Density
Density = Mass/Volume... - D = g/cm^3... - M = g... - V = cm^3
Acceleration
Acceleration = Change in velocity/Time taken ... - A = m/s^2…
Physics Equations
Power, current, voltage
Current, voltage, resistance
Current, time, charge
Voltage, charge, energy
P=IV
V=IR
Q=It
E=VQ
Power, current, voltage
P=IV
Current, voltage, resistance
V=IR
14 terms
Physics Equations
PE= m x g x h
KE= 1/2 x m x v2
W= F x d
P= e/t or P= W/t
Potential energy= mass x gravity x height
Kinetic energy= half x mass x velocity2
Work done or energy used= Force x distance
Power= energy used/time taken or Power= workdone/time taken
PE= m x g x h
Potential energy= mass x gravity x height
KE= 1/2 x m x v2
Kinetic energy= half x mass x velocity2
Physics equations
Average speed, distance and time
Force, mass, acceleration and change i…
Momentum, mass and velocity
Density, mass, volume
Average speed=distance/time
Force = mass x acceleration... Acceleration= change in velocity…
Momentum=mass x velocity
Density=mass/volume
Average speed, distance and time
Average speed=distance/time
Force, mass, acceleration and change i…
Force = mass x acceleration... Acceleration= change in velocity…
13 terms
Physics Equations
Equation for speed
Equation for acceleration
Equation for force
Equation for weight
s = d/t
a = (v-u)/t
f = ma
w = mg
Equation for speed
s = d/t
Equation for acceleration
a = (v-u)/t
27 terms
Physics equations
Average speed =
Acceleration =
Weight =
Force =
distance / time
velocity change / time
mass x gravitational field strength
mass x acceleration
Average speed =
distance / time
Acceleration =
velocity change / time
physics equations
gpe
power
work done
electrical power
mass x gravity x height
work done x time
force x distance
voltage x current
gpe
mass x gravity x height
power
work done x time
18 terms
physics equations
momentum
change in momentum
newton's second law
moment
p=mv
p=m(final velocity-initial velocity)
F=change in momentum/change in time
force x perpendicular distance
momentum
p=mv
change in momentum
p=m(final velocity-initial velocity)
31 terms
Physics equations
Power (P)
Charge (Q)
Current (I)
Time (T)
Watts (w)
Coulombs (c)
Amps (A)
Seconds (s)
Power (P)
Watts (w)
Charge (Q)
Coulombs (c)
25 terms
Physics Equations
average speed
acceleration
force
weight
distance/time
change in velocity/time
mass x acceleration
mass x g
average speed
distance/time
acceleration
change in velocity/time
Physics Equations
Wave Equation
Time period equation
Speed equation
Depth equation
Wave speed=frequency x wavelength
Time period= 1/frequency
Speed= distance/time
Depth=(speed x time)/2
Wave Equation
Wave speed=frequency x wavelength
Time period equation
Time period= 1/frequency
physics equations
average speed
moment
acceleration
weight
distance/time
force x perpendicular distance from pivot
change in velocity / time
mass x g
average speed
distance/time
moment
force x perpendicular distance from pivot
Physics Equations
average speed
force
acceleration
momentum
distance moved/time taken
mass x acceleration
change in velocity/time taken
mass x velocity
average speed
distance moved/time taken
force
mass x acceleration
46 terms
Physics Equations
Speed
Velocity
Acceleration
Weight
Distance/time
Distance/time
Final (terminal) velocity - initial velocity / time
Mass x gravity
Speed
Distance/time
Velocity
Distance/time
Physics equations
Gravitational potential energy
Kinetic energy
Energy
Efficiency
Mass x g x height
1/2 x m x speed2
Mass x specific heat capacity x (temperature 1- temperature 2)
(Useful energy out/total energy in) x 100
Gravitational potential energy
Mass x g x height
Kinetic energy
1/2 x m x speed2
13 terms
Physics Equations
W = m x g
Wd = F x s
F = k x e
M = F x d
Weight = mass x gravitational field strength
Work done = force x distance ( along the line of the force)
Force applied to spring = spring constant x extension
Moment of a force = force x distance (normal to the direction…
W = m x g
Weight = mass x gravitational field strength
Wd = F x s
Work done = force x distance ( along the line of the force)
physics equations
momentum
impulse
impulse momentum theorem
elastic collisions
p=mv (kgms)
J=Ft (Ns)
J=Ft=mv
m1v1+m2v2=p total m1v1'+m2v2'
momentum
p=mv (kgms)
impulse
J=Ft (Ns)
41 terms
Physics Equations
Speed
Velocity (v)
Acceleration (a)
Weight (W)
Speed= (Total distance)/(Total time)
v = s/t Velocity (m/s) = Distance (m) x time (s)
a = (v-u)/t Acceleration (m/s²) = Change in Velocity(m/s)/T…
W=mg Weight (N) = Mass (kg) × Gravitational field strength…
Speed
Speed= (Total distance)/(Total time)
Velocity (v)
v = s/t Velocity (m/s) = Distance (m) x time (s)
Physics equations
Average speed
Acceleration
Force (multiplication)
Weight
Average speed = distance moved/time taken
Acceleration = change in velocity/time taken
Force = mass x acceleration
Weight = mass x gravitational field strength
Average speed
Average speed = distance moved/time taken
Acceleration
Acceleration = change in velocity/time taken
32 terms
Physics - Equations
average speed =
acceleration =
weight =
unbalanced force =
= total distance / total time , v = d / t
= change of velocity / time, a = Δv / t
= mass x gravitational field strength, w = mg
unbalanced force = mass x acceleration, F = ma
average speed =
= total distance / total time , v = d / t
acceleration =
= change of velocity / time, a = Δv / t
Physics Equations
Speed
Force
Acceleration
Momentum
Distance÷time
Mass × acceleration
Change in velocity÷time taken
Mass × velocity
Speed
Distance÷time
Force
Mass × acceleration
20 terms
Physics: Equations
Speed
Acceleration
Average Velocity
Force
Distance/Time
Velocity Change/Time Taken
(Initial Velocity + Final Velocity) / 2
Mass x Acceleration
Speed
Distance/Time
Acceleration
Velocity Change/Time Taken
23 terms
Physics Equations
w=m*g... weight= gravitational field stre…
w=f*s... work done= force x distance (in…
f=k*e... force applied to a spring =sprin…
m=f*d... moment=force x distance
weight
work done
force applied to a spring
moment
w=m*g... weight= gravitational field stre…
weight
w=f*s... work done= force x distance (in…
work done
Physics equations
Work
Weight
GPE
Kinetic energy
Force (N) x distance (m)
Mass (kg) x gravitational field strength (N/kg)
Mass (kg) x gfs (N/kg) x height (m)
½ x mass (kg) x velocity ² (m/s)
Work
Force (N) x distance (m)
Weight
Mass (kg) x gravitational field strength (N/kg)
29 terms
Physics equations
Speed
Acceleration
Force
Weight
Distance/Time
Change in velocity/Time
Mass x Acceleration
Mass x Gravitational Field Strength
Speed
Distance/Time
Acceleration
Change in velocity/Time
Physics equations
Force
Acceleration
Momentum
Velocity
F=ma
A=Δv\Δt
P=mv
V=d/t
Force
F=ma
Acceleration
A=Δv\Δt
44 terms
Physics Equations
Velocity ITO Vo, a, t
Displacement ITO Vo, V, t
Average Velocity
Acceleration
V=Vo+at
X=1/2(Vo+V)t
V=x/t
a= V-Vo/t
Velocity ITO Vo, a, t
V=Vo+at
Displacement ITO Vo, V, t
X=1/2(Vo+V)t
23 terms
Physics Equations
v-u... -----... t
d... --... t
displacement... --------------... t
total distance... --------------... total t…
Aceleration
Speed
Velocity
Average speed
v-u... -----... t
Aceleration
d... --... t
Speed
19 terms
Physics - Equations
speed
velocity
acceleration
displacement
distance / time
displacement / time
(velocity final - velocity initial) / time
(velocity initial) time +1/2 (acceleration)(time squared)
speed
distance / time
velocity
displacement / time
34 terms
PHYSICS EQUATIONS
distance
speed
velocity
instantaneous velocity
sxt
d/t
af-ai/t
vi+at
distance
sxt
speed
d/t
17 terms
Physics Equations
speed
acceleration(m/s2)
force (N)
weight (N)
distance/ time
speed/ time
mass x acceleration
mass x g
speed
distance/ time
acceleration(m/s2)
speed/ time
24 terms
Physics Equations
Speed
Acceleration
Weight
Resultant force
Distances/time
Change in velocity/time taken
Mass x gravitational field strength
Mass x acceleration
Speed
Distances/time
Acceleration
Change in velocity/time taken
19 terms
Physics equations
Momentum
Impulse
Work done
PE
Mass x velocity
Force x time
Force x distance moved in direction of force
Mass x grav x height
Momentum
Mass x velocity
Impulse
Force x time
19 terms
Physics equations
Equation linking force time and distance
Force mass and acceleration
Refractive index equation
Current voltage and resistance
Force = Distance / Time
F=MxA
N= sin I / sin r
V =I x R
Equation linking force time and distance
Force = Distance / Time
Force mass and acceleration
F=MxA
26 terms
Physics equations
Speed
Acceleration
Weight
Density
Distance/time
(Final speed - initial speed)/time taken
Mass X gravity (10)
Mass X volume
Speed
Distance/time
Acceleration
(Final speed - initial speed)/time taken
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