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Study sets matching "physics equations"

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Study sets matching "physics equations"

28 terms
Physic equations
Speed
Acceleration
Density
Hooke's law- force
= total distance / total time
=change in velocity/ time taken
=mass/volume
=spring constant x extension
Speed
= total distance / total time
Acceleration
=change in velocity/ time taken
28 terms
Physics equations
Speed
Acceleration
Weight
Density
Distance/time
Change in velocity/time m/s^2
Mass * gravitational field strength
Mass/volune
Speed
Distance/time
Acceleration
Change in velocity/time m/s^2
11 terms
Physics equations
Average speed
Force
Momentum
Weight
Distance moved / time taken
Mass X acceleration
Mass X velocity
Mass X gravitational field strength
Average speed
Distance moved / time taken
Force
Mass X acceleration
10 terms
Physics Equations
Equation for wavespeed
Equation for frequency
Equation for planet speed
Equation for weight
wavespeed(m/s) = frequency(Hz) x wavelength(m)
frequency(Hz) = 1/time period(s)
speed(m/s) = radius(m)/time period(s)
weight(N) = mass(kg) x gravitational field strength(N/kg)
Equation for wavespeed
wavespeed(m/s) = frequency(Hz) x wavelength(m)
Equation for frequency
frequency(Hz) = 1/time period(s)
29 terms
Physics Equations
acceleration (a)
distance (d)
energy (E)
frequency (f)
a=d/t^2... (m/s^2)
d=a*t^2... (meters)
KE=1/2m*v^2... PE=mgh
...
acceleration (a)
a=d/t^2... (m/s^2)
distance (d)
d=a*t^2... (meters)
22 terms
Physics Equations
average speed
force
acceleration
momentum
distance/time
mass x acceleration
change in velocity/time
mass x velocity
average speed
distance/time
force
mass x acceleration
19 terms
Physics equations
P =
V =
Q =
s =
I x V
I x R
I x t
d / t
P =
I x V
V =
I x R
26 terms
Physics Equations
Average Speed (m/s)
Acceleration (m/s squared)
Force (N)
Weight (N)
Distance Travelled (m) /Time Taken (s)
Change of Velocity (m/s) /Time Taken (s)
Mass (kg) x Acceleration (m/s squared)
Mass (kg) x Gravity (10)
Average Speed (m/s)
Distance Travelled (m) /Time Taken (s)
Acceleration (m/s squared)
Change of Velocity (m/s) /Time Taken (s)
physics equations
period equation (written)
frequency equation (written)
reciprocals
speed equation
time/cycles
cycles/time
period and frequency
Δd/Δt
period equation (written)
time/cycles
frequency equation (written)
cycles/time
9 terms
Physics Equations
V(f) = V(i) + at
<>X = V(av)t
X(f) = X(i) + V(i)t + 1/2at^2
V(f)^2 = V(i)^2 + 2a<>X
a, t, V(i), V(f)
<>X, t, V(av)
a, t, X(i), X(f), V(i)
a, <>X, V(i), V(f)
V(f) = V(i) + at
a, t, V(i), V(f)
<>X = V(av)t
<>X, t, V(av)
13 terms
Physics Equations
Energy Transferred (workdone) =
Pressure x volume =
Frequency =
Power =
Current x voltage x time
Constant
1/time period
Current x voltage
Energy Transferred (workdone) =
Current x voltage x time
Pressure x volume =
Constant
21 terms
Physics Equations
Wavespeed
Accelaration
Weight
Moment
Wavelength x frequency
V-U... -----... T
MG
FD
Wavespeed
Wavelength x frequency
Accelaration
V-U... -----... T
25 terms
Physics: Equations
Wavespeed
Weight
Force
Acceleration
frequency x wavelength
mass x gravity
mass x acceleration
change in velocity / time
Wavespeed
frequency x wavelength
Weight
mass x gravity
17 terms
Physics equations
Newtons
Work done
Work done
Newtons
Kilograms * gravitational field strength (g)
Energy transferred
Force * distance
Weight
Newtons
Kilograms * gravitational field strength (g)
Work done
Energy transferred
28 terms
Physics equations
primary voltage
charge
wavespeed
initial pressure
primary voltage / secondary voltage = primary turns / seconda…
current x time
frequency x wavelength
p1v1 = p2v2
primary voltage
primary voltage / secondary voltage = primary turns / seconda…
charge
current x time
42 terms
Physics equations
Weight
Acceleration
Density
Force
Mass x gfs
Force/mass
Mass/volume
Spring constant x extension
Weight
Mass x gfs
Acceleration
Force/mass
15 terms
Physics Equations
What equation relates current and time…
What is charge measured in?
What is current measured in?
What is time measured in😜?
Charge = current x time (Q = It)
Coulombs (C)
Amperes (A)
Seconds (S)
What equation relates current and time…
Charge = current x time (Q = It)
What is charge measured in?
Coulombs (C)
Physics equations
Average speed
Acceleration
Force
Weight
Distance moved / time taken
change in velocity / time taken
mass x acceleration
mass x gravity
Average speed
Distance moved / time taken
Acceleration
change in velocity / time taken
8 terms
Physics - Equations
current (amperes)
potential difference (voltage)
resistance (ohms)
pressure
charge... _____... time
energy... _____... charge
potential difference... ______________... current
force... ____... area
current (amperes)
charge... _____... time
potential difference (voltage)
energy... _____... charge
12 terms
physics equations
weight
power
work done
pressure
mass X strength of gravity
work done / time
Force x distance moved
force / area
weight
mass X strength of gravity
power
work done / time
23 terms
Physics Equations
Speed
Acceleration
Net Force
Weight
v = s/t (speed = distance/time)
a = v - u/t (acc = change in speed/time taken)
F = ma (mass x acceleration)
W = mg (mass x gravitational field strength)
Speed
v = s/t (speed = distance/time)
Acceleration
a = v - u/t (acc = change in speed/time taken)
20 terms
Physics Equations
Speed
Acceleration
Force
Weight
Distance over time
Change in velocity over time
Mass times acceleration
Mass times ten
Speed
Distance over time
Acceleration
Change in velocity over time
Physics - Equations
Efficiency
Work Done
Gravitational Potential Energy
Kinetic Energy
Useful energy / total energy
fs (force, N and distance, m)
Ep = mgh (mass, kg; gravitational field strength, N/kg and he…
Ek = 1/2mv^2 (mass, kg and velocity, m/s)
Efficiency
Useful energy / total energy
Work Done
fs (force, N and distance, m)
15 terms
Physics Equations
weight
work done
force applied to spring
distance travelled
weight= mass x grav field strength
work done= force X distance
force applied to spring= Spring constant X extension
distance travelled= speed X time
weight
weight= mass x grav field strength
work done
work done= force X distance
21 terms
Physics Equations
Speed
Acceleration
Weight
Density
s=d/t
a=Change in v/t
W=m x gfs
rho=m/v
Speed
s=d/t
Acceleration
a=Change in v/t
8 terms
Physics equations
Density
Energy efficiency
Gravitational potential energy
Kinetic energy
Mass / volume
Useful energy output / total energy input
Mass X gravity X height
1/2 X mass X speed*
Density
Mass / volume
Energy efficiency
Useful energy output / total energy input
11 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
24 terms
Physics Equations
0.5mv^2 ... J
mgh... J
Force/area... Pascals
Force x perp distance from pivot... Nm
Kinetic Energy
gravitational potential energy
Pressure
Moment
0.5mv^2 ... J
Kinetic Energy
mgh... J
gravitational potential energy
14 terms
Physics Equations
Density
Pressure
Pressure Difference Or In Liquids
Change In G.P.E
mass/volume
force/area
height x density x gravitational field strength
mass x gravitational field strength x change in height
Density
mass/volume
Pressure
force/area
18 terms
Physics equations
Work
Power
Acceleration
Angle of incidence
Force✖️distance
Current✖️voltage
Change in velocity ➗time
Angle of reflection
Work
Force✖️distance
Power
Current✖️voltage
8 terms
Physics Equations
Electrical Power
Resistance
Energy transferred
Charge
P= I x V
R = V / I
E= I x V x t
Q= I x t
Electrical Power
P= I x V
Resistance
R = V / I
27 terms
Physics - Equations
average speed =
force =
acceleration =
momentum =
distance / time
mass x acceleration
change in velocity / time taken
mass x velocity
average speed =
distance / time
force =
mass x acceleration
15 terms
Physics equations
frequency of a wave
speed of wave
period
frequency
speed ÷ wavelength
frequency x wavelength
1 ÷ frequency
1 ÷ period
frequency of a wave
speed ÷ wavelength
speed of wave
frequency x wavelength
26 terms
Physics equations
velocity
distance
average velocity
change in velocity
v=d/t
d=v*t
Vave=(v2+v1)/2
v2-v1
velocity
v=d/t
distance
d=v*t
43 terms
Physics - Equations
Speed
Acceleration
Weight
Density
Distance(m)/time(s) -> m/s
End speed(m/s) - Start speed(m/s)/time(s) -> m/s2
Mass(kg) x Gravity (10N/kg) -> N
Mass (kg)/Volume(m3) -> kg/m3
Speed
Distance(m)/time(s) -> m/s
Acceleration
End speed(m/s) - Start speed(m/s)/time(s) -> m/s2
18 terms
Physics equations
Speed
Force
Momentum
Acceleration
Distance / time
Mass x acceleration
Mass x velocity
Change in velocity / time taken
Speed
Distance / time
Force
Mass x acceleration
60 terms
Physics and Chemistry Equations
Force
Weight
Work
Potential Energy
F=ma
W=mg
W=fd
PE=mgh
Force
F=ma
Weight
W=mg
25 terms
Physics equations
Distance moved/time taken
Change in velocity/time
Mass x acceleration
Mass x gravitational field strength
Average speed=
Acceleration=
Force=
Weight=
Distance moved/time taken
Average speed=
Change in velocity/time
Acceleration=
7 terms
Physics equations
Frequency
Velocity
Wave speed
Period
1/Period
Distance/Time OR distance X Frequency OR Lambda X Frequency
Wavelength/Period OR Frequency X Wavelength
1/Frequency
Frequency
1/Period
Velocity
Distance/Time OR distance X Frequency OR Lambda X Frequency
12 terms
Physics-equations
Density = mass/volume
Energy transferred = mass x specific l…
Energy transferred = mass x specific h…
Kinetic energy = 1/2 x mass x speed sq…
D=M/V
E = M x SLH
E = m x g x θ
KE = ½ × m × v2
Density = mass/volume
D=M/V
Energy transferred = mass x specific l…
E = M x SLH
13 terms
Physics Equations
What is the formula for Density?
What is the formula for Acceleration?
What is the formula for momentum?
What is the formula for force and mome…
Mass/Volume
(V-U)/T
P(momentum)=M(mass)X V(Velocity)
Force=Change in Momentum/ Time
What is the formula for Density?
Mass/Volume
What is the formula for Acceleration?
(V-U)/T
12 terms
Physics Equations
WD= FxD (J)
KE= 1/2xmxv2 (J)
GPE= Mgh (J)
W=Mg (N)
Work done
Kinetic energy
Gravitational potential energy
Weight
WD= FxD (J)
Work done
KE= 1/2xmxv2 (J)
Kinetic energy
Physics Equations
useful energy/total energy
useful power/total input power
energy transferred/time
work done/time
Efficiency
efficiency
power
Power
useful energy/total energy
Efficiency
useful power/total input power
efficiency
21 terms
Physics Equations
Speed =
acceleration =
work done =
energy transferred =
distance/time
change in velocity/ time taken
force x distance moved in direction of force
work done
Speed =
distance/time
acceleration =
change in velocity/ time taken
16 terms
Physics Equations
A=ΔV/T
S=d/t
f=ma
m=fd
Acceleration=Change in velocity/Time
speed=distance/time
force=mass x acceleration
moment=force x distance
A=ΔV/T
Acceleration=Change in velocity/Time
S=d/t
speed=distance/time
15 terms
Physics Equations
power(w or J/s) = voltage(v) x current…
power(w or J/s) = energy(c)/time(s)
charge(c) = current(a) x time(s)
voltage(v) = energy(J)/charge(c)
To calculate the power of a circuit
To calculate the power of a circuit using energy
To calculate the charge of a circuit
To calculate the voltage of a circuit using charge
power(w or J/s) = voltage(v) x current…
To calculate the power of a circuit
power(w or J/s) = energy(c)/time(s)
To calculate the power of a circuit using energy
33 terms
Physics equations
Work Energy Therom
Force of Gravity (Perpendicular)
Closed Pipe Harmonic
Power
Wtot = ΔK = ½mv₂² - ½mv₁
=mgcosθ
nv/4L
P=Fv
Work Energy Therom
Wtot = ΔK = ½mv₂² - ½mv₁
Force of Gravity (Perpendicular)
=mgcosθ
17 terms
Physics Equations
Force
Acceleration
Weight
Extension
F= m x a... F: Force (resultant)... m: Mass... a: Acceleration
change in speed / time taken
W= m x g... W: Weight... M: Mass... G: Gravitational field strength
e = F / K... F: Force... K: Spring constant... E: Extension
Force
F= m x a... F: Force (resultant)... m: Mass... a: Acceleration
Acceleration
change in speed / time taken
8 terms
Physics Equations
Useful output/Total Energy Input
work done = force x distance moved (W…
n = sin i/sin r
n = refractive index
Efficiency Equation
Relationship Between Force, distance and work done
What is the relationship between refractive index , angle of…
n = ?
Useful output/Total Energy Input
Efficiency Equation
work done = force x distance moved (W…
Relationship Between Force, distance and work done
28 terms
Physics Equations
speed
Acceleration
net force
weight
distance/time
change in speed/time taken
mass * acceleration
mass * gravitational field strength
speed
distance/time
Acceleration
change in speed/time taken
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