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Study sets matching "ap physics equations"

35 terms
AP Physics 1 Equations
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
66 terms
AP Physics Equations
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
66 terms
AP Physics Equations
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
52 terms
AP Physics C Mechanics: Equations
First kinematics equation, no displacm…
Second kinematics equation, no final v…
Third kinematics equation, no time
Calculus: relations between position a…
First kinematics equation, no displacm…
Second kinematics equation, no final v…
66 terms
AP Physics Equations
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
36 terms
AP Physics Equations
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
30 terms
Ap Physics Equations 2
Momentum (given mass & velocity)
Impulse/Momentum Theorem
Conservation of Momentum in an Elastic…
Conservation of Energy in an Elastic C…
P=m*v
F△t=△p
The first equation in the photo.
The second equation in the photo.
Momentum (given mass & velocity)
P=m*v
Impulse/Momentum Theorem
F△t=△p
66 terms
AP Physics Equations
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
66 terms
AP Physics Equations
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
38 terms
Physics Terms/ Equations (AP)
Force of Friction
First kinematic equation
Second kinematic equation
Third kinematic equation
F=uN
V_f=V_o+at
x-x_o=v_ot+1/2at^2
v_f^2=v_o^2+2a(x-x_o)
Force of Friction
F=uN
First kinematic equation
V_f=V_o+at
29 terms
AP Physics Equations (Definitions)
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
66 terms
AP Physics Equations
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
29 terms
AP Physics C Equations
Kinematics Equations
Newton's 1st Law
Newton's 2nd Law
Centripetal Force
v = v₀ + at... ∆x = v₀t + (1/2)at²... v² = v₀² + 2a∆x
Inertia
F = ma
F = mv²/r
Kinematics Equations
v = v₀ + at... ∆x = v₀t + (1/2)at²... v² = v₀² + 2a∆x
Newton's 1st Law
Inertia
123 terms
AP Physics: 00: Equations
A • B = ABcosθ
| A × B | = ABsinθ
v = ∆s / ∆t
v = ds / dt
write the equation for dot product... A = first vector... B = compo…
write the equation for cross product... A = first vector... B = com…
write the equation for average velocity (or speed)... v = veloci…
write the derivative for instantaneous velocity... v = instantan…
A • B = ABcosθ
write the equation for dot product... A = first vector... B = compo…
| A × B | = ABsinθ
write the equation for cross product... A = first vector... B = com…
9 terms
kinematic equations AP physics
position vs time graph
velocity vs time graph
acceleration vs time graph
in a graph always look at...
pros:... - slope = velocity... - instantaneous position... - initial p…
*most useful*... pros:... - slope = acceleration... - instantaneous v…
*relatively useless*... pros:... - slope = Jerk... - area = ∆v... cons:…
- slope... - y-intercept... - area = ∆x
position vs time graph
pros:... - slope = velocity... - instantaneous position... - initial p…
velocity vs time graph
*most useful*... pros:... - slope = acceleration... - instantaneous v…
68 terms
AP Physics C Equations
(M) v = =
(M) x = =
(M) v² =
(M) ∑F = =
v₀+at = r(omega)
x₀+v₀t+½at² = x(max)cos((omega)t+(phi))
v₀²+2a(x-x₀)
Fnet = ma
(M) v = =
v₀+at = r(omega)
(M) x = =
x₀+v₀t+½at² = x(max)cos((omega)t+(phi))
29 terms
AP Physics C Equations
Kinematics Equations
Newton's 1st Law
Newton's 2nd Law
Centripetal Force
v = v₀ + at... ∆x = v₀t + (1/2)at²... v² = v₀² + 2a∆x
Inertia
F = ma
F = mv²/r
Kinematics Equations
v = v₀ + at... ∆x = v₀t + (1/2)at²... v² = v₀² + 2a∆x
Newton's 1st Law
Inertia
41 terms
AP Physics 1 equations
vav = Δx / t
a = Vav / t
Vf = Vi + a * t
Δx = Vi t + .5 * a * t^2
Average Velocity Equation
Average Acceleration Equation
Final Velocity Equation (given time and acceleration)
Find Displacement Equation (given time, acceleration, and ini…
vav = Δx / t
Average Velocity Equation
a = Vav / t
Average Acceleration Equation
20 terms
AP Physics Kinematics Equations
Δx = xf - xi
Δt = tf - ti
v = Δx/Δt
xf = xi + vΔt
displacement in terms of initial and final position
time interval in terms of initial and final time
velocity in terms of displacement and time interval
final position in terms of initial position, velocity, and ti…
Δx = xf - xi
displacement in terms of initial and final position
Δt = tf - ti
time interval in terms of initial and final time
13 terms
AP Physics 1 Fall Equations
First kinematic equation
Second kinematic equation
Third kinematic equation
Net Force
First kinematic equation
Second kinematic equation
123 terms
AP Physics: 00: Equations
A • B = ABcosθ
| A × B | = ABsinθ
v = ∆s / ∆t
v = ds / dt
write the equation for dot product... A = first vector... B = compo…
write the equation for cross product... A = first vector... B = com…
write the equation for average velocity (or speed)... v = veloci…
write the derivative for instantaneous velocity... v = instantan…
A • B = ABcosθ
write the equation for dot product... A = first vector... B = compo…
| A × B | = ABsinθ
write the equation for cross product... A = first vector... B = com…
35 terms
AP Physics 1 Equations
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
66 terms
AP Physics Equations
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
AP Physics Equations
Average Velocity
Average Acceleration
Newton's Second Law
Torque
Average Velocity
Average Acceleration
52 terms
AP Physics C Mechanics Equations
Kinematics: Don't need A
Kinematics: Don't need V
Kinematics: Don't need T
Kinematics: Don't need D
d = 1/2 (v+v₀) t
d = v₀t + 1/2 a t²
v² = v₀² + 2ad
v = v₀ + at
Kinematics: Don't need A
d = 1/2 (v+v₀) t
Kinematics: Don't need V
d = v₀t + 1/2 a t²
66 terms
AP Physics Equations
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
14 terms
AP Physics SHM Equations
relationship between acceleration and…
period of any object undergoing simple…
frequency of any object undergoing sim…
position as a function of time formula…
relationship between acceleration and…
period of any object undergoing simple…
56 terms
AP Physics Equations
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
21 terms
AP Physics I Equations
Kinematics
Projectile Motion
Forces
Density
d = vt... d = [(vi + vf) ÷ 2] t... vf² = vi² + 2ad... d = vt + ½at²... vf…
y = [(viy + vfy) ÷ 2] t... vfy² = viy² + 2gy... y = vt + ½gt²... vf =…
Fnet = ma... Ff = µFn... (gravitational)... Fg = Gm₁m₂ / d²... g = GMp /…
p = mass ÷ volume
Kinematics
d = vt... d = [(vi + vf) ÷ 2] t... vf² = vi² + 2ad... d = vt + ½at²... vf…
Projectile Motion
y = [(viy + vfy) ÷ 2] t... vfy² = viy² + 2gy... y = vt + ½gt²... vf =…
82 terms
AP Physics B Equations
NEWTONIAN MECHANICS
g = 9.8 m/s²
Δx = ½(v₀+v) ∗ t
v = v₀ + at
NEWTONIAN MECHANICS
Acceleration due to gravity on Earth
Equation for uniformly-accelerated motion that is missing the…
Equation for uniformly-accelerated motion that is missing the…
NEWTONIAN MECHANICS
NEWTONIAN MECHANICS
g = 9.8 m/s²
Acceleration due to gravity on Earth
70 terms
AP Physics B Equations
1st kinematics equation
2nd kinematics equation
3rd kinematics equation
net force
final velocity = initial velocity + (a)(t)
delta x = (v0)(t) + 1/2 (a)(t)^2
(vf)^2 = (v0)^2 + 2(a)(delta x)
F=ma
1st kinematics equation
final velocity = initial velocity + (a)(t)
2nd kinematics equation
delta x = (v0)(t) + 1/2 (a)(t)^2
66 terms
AP Physics Equations
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
35 terms
AP Physics 1 Equations
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
99 terms
AP Physics Equations kepake
Average velocity
Average acceleration
Kinematics equations for constant acce…
Graph of x-t
v = ½ ( v + v₀ )
a = ∆v / ∆t
v = v₀ + a t... x = x₀ + v₀ t + ½ a t²... ∆x = ½ ( v₀ + v ) ∆t... v² =…
Slope = velocity
Average velocity
v = ½ ( v + v₀ )
Average acceleration
a = ∆v / ∆t
AP Physics B Equations
NEWTONIAN MECHANICS
g = 9.8 m/s²
Δx = ½(v₀+v) ∗ t
v = v₀ + at
NEWTONIAN MECHANICS
Acceleration due to gravity on Earth
Equation for uniformly-accelerated motion that is missing the…
Equation for uniformly-accelerated motion that is missing the…
NEWTONIAN MECHANICS
NEWTONIAN MECHANICS
g = 9.8 m/s²
Acceleration due to gravity on Earth
10 terms
AP Physics Equations (Definitions)
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
66 terms
AP Physics Equations
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
66 terms
AP Physics Equations
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
AP PHYSICS EQUATIONS
final velocity without displacement
linear displacement
final velocity without time
Newton's 2nd law
v = v₀ + at
x = ½at² + v₀x(t) + x₀
v² = v₀² + 2a(∆x)
∑F = ma
final velocity without displacement
v = v₀ + at
linear displacement
x = ½at² + v₀x(t) + x₀
66 terms
AP Physics 1 Equations
Definition of Average Velocity
Definition of Acceleration
Velocity of an Object as a Function of…
Displacement of an Object as a Functio…
∆x = Change in Distance... t = Elapsed Time
∆v = Change in Velocity... t = Time
v₀ = Initial Velocity... a = Acceleration... t = Time
v₀ = Initial Velocity... t = Time... a = Acceleration
Definition of Average Velocity
∆x = Change in Distance... t = Elapsed Time
Definition of Acceleration
∆v = Change in Velocity... t = Time
82 terms
AP Physics B Equations
NEWTONIAN MECHANICS
g = 9.8 m/s²
Δx = ½(v₀+v) ∗ t
v = v₀ + at
NEWTONIAN MECHANICS
Acceleration due to gravity on Earth
Equation for uniformly-accelerated motion that is missing the…
Equation for uniformly-accelerated motion that is missing the…
NEWTONIAN MECHANICS
NEWTONIAN MECHANICS
g = 9.8 m/s²
Acceleration due to gravity on Earth
19 terms
[AP Physics] - Forces Equations
Fnet=0 →
a=0 →
Fnet =
1 newton ≡
a=0
Fnet=0
ma
1 kg m/s²
Fnet=0 →
a=0
a=0 →
Fnet=0
84 terms
AP Physics Mechanics Equations
Δx = xf - xi
Δt = tf - ti
v = Δx/Δt
xf = xi + vΔt
displacement in terms of initial and final position
time interval in terms of initial and final time
velocity in terms of displacement and time interval
final position in terms of initial position, velocity, and ti…
Δx = xf - xi
displacement in terms of initial and final position
Δt = tf - ti
time interval in terms of initial and final time
99 terms
AP Physics Equations
Average velocity
Average acceleration
Kinematics equations for constant acce…
Graph of x-t
v = ½ ( v + v₀ )
a = ∆v / ∆t
v = v₀ + a t... x = x₀ + v₀ t + ½ a t²... ∆x = ½ ( v₀ + v ) ∆t... v² =…
Slope = velocity
Average velocity
v = ½ ( v + v₀ )
Average acceleration
a = ∆v / ∆t
68 terms
AP Physics 1 Equations
Kinetic Energy
Potential Gravitational Energy
Potential Elastic Energy
Work
KE=1/2mv^2... KE=1/2{rotational inertia}{angular speed}^2
PEg=mgh... PEg=-(Gm1m2)/r
PEel=1/2kx^2
W=Fx(cos of feta)
Kinetic Energy
KE=1/2mv^2... KE=1/2{rotational inertia}{angular speed}^2
Potential Gravitational Energy
PEg=mgh... PEg=-(Gm1m2)/r
22 terms
AP Physics 1 Equations
General Velocity
Acceleration
Kinematic Equation 1
Kinematic Equation 2
V=Δx/Δt
a=Δv/Δt
Δx=(1/2)(vi+vf)Δt
vf=vi+aΔt
General Velocity
V=Δx/Δt
Acceleration
a=Δv/Δt
23 terms
AP Physics: Oscillation Equations
Potential Energy Due To Gravitational…
Acceleration due to gravity
Energy due to gravity
Ratio
U=-Gmm/r=m(Gm/r^2)r
Gm/r^2
E=Gmm/r^2
T^2/r^3=4π^2/(Gm)
Potential Energy Due To Gravitational…
U=-Gmm/r=m(Gm/r^2)r
Acceleration due to gravity
Gm/r^2
8 terms
AP Physics Dynamics Equations
g(M₂-M₁/M₁+M₂)
½CpAv²
√(2mg/CpA)
mv²/r
a (atwood machine)
D (drag force)
v (final velocity)
F (centripetal force-U.C.M.)
g(M₂-M₁/M₁+M₂)
a (atwood machine)
½CpAv²
D (drag force)
34 terms
AP Physics 1 Equations
Average velocity
Acceleration
Final velocity
Displacement in terms of velocity
Vav=X/T
A=V-Vo/T
V=Vo+AT
X=1/2(V+Vo)T
Average velocity
Vav=X/T
Acceleration
A=V-Vo/T
11 terms
AP Physics Kinematic Equations
t=
Vx=
Change in x=
Change in y=
(square root) of 2 change in y/ g
Change in x/t
Vx • t
Voy(1/2) gt^2
t=
(square root) of 2 change in y/ g
Vx=
Change in x/t
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