Study sets matching "physics motion equations"

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Study sets matching "physics motion equations"

12 terms
Physical Science Motion Equations
Speed
Acceleration
Newtons Second law
Momentum
distance / time
Acceleration = (Vf-Vi) / time
Force = mass x acceleration or Mass = force / acceleration or…
Momentum = mass x velocity
Speed
distance / time
Acceleration
Acceleration = (Vf-Vi) / time
Physical Science Motion Equations
Speed
Acceleration
Newtons Second law
Momentum
distance / time
Acceleration = (Vf-Vi) / time
Force = mass x acceleration or Mass = force / acceleration or…
Momentum = mass x velocity
Speed
distance / time
Acceleration
Acceleration = (Vf-Vi) / time
Physics Equations Forces + Motion
average speed
acceleration
force
weight
= distance travelled/ time taken
= change in velocity/ time taken
= mass x acceleration
= mass x GFS
average speed
= distance travelled/ time taken
acceleration
= change in velocity/ time taken
8 terms
Physics: Forces & Motion: Equations
speed =
acceleration =
moment =
principal of moments =
distance / time
Δspeed / time
force x distance
total clockwise moment = total anticlockwise moment
speed =
distance / time
acceleration =
Δspeed / time
28 terms
Physics Motion Equations Problems
A jaguar accelerates at 4.5 m/s^2 from…
A porsche slows down at a rate of 8 m/…
A ball rolls up a ramp with a velocity…
A motorcycle accelerates from rest to…
+20.25 m
-44.22 m
a. -3 m/s^2... b. +54 m... c. 6 s... d. +/- 12 m/s... e. 10.76 s and 1.23 s
+4.67 m/s^2
A jaguar accelerates at 4.5 m/s^2 from…
+20.25 m
A porsche slows down at a rate of 8 m/…
-44.22 m
Physics Motion Equations
Average velocity
Average Acceleration
Vf
Xf
🔼x/🔼t
🔼v/🔼T
Vi+at
Xi+1/2(Vi+Vf)t
Average velocity
🔼x/🔼t
Average Acceleration
🔼v/🔼T
Physics projectile motion equations
Components of motion are given by:
Components of velocity are given by:
V
Ø
X and y
Vx=vcosø... Vy=vsinø
Magnitude
Direction
Components of motion are given by:
X and y
Components of velocity are given by:
Vx=vcosø... Vy=vsinø
Physics motion equations
Vf
*X
Vf^2
X
= Vi + at
= ViT + 1/2at^2
= Vi^2 + 2a(*X)
= (V0^2 sin 2 ø) / g
Vf
= Vi + at
*X
= ViT + 1/2at^2
5 terms
Physics Motion Equations
Vf =
d =
Vf ^ 2 =
d =
Vi + at
Vit + (1/2) at ^ 2
Vi ^ 2 + 2ad
(Vi + Vf / 2) x 2
Vf =
Vi + at
d =
Vit + (1/2) at ^ 2
Physics equations- motion
Work done (J)
Power (Watts)
GPE (J)
Kinetic energy
Force(N) x Distance (M)
Work Done(J)/Time taken (s)
Mass(KG) x gravitational field strength (10 on earth) x Heigh…
1/2x Mass (KG) x [Velocity (m/s)Squared]
Work done (J)
Force(N) x Distance (M)
Power (Watts)
Work Done(J)/Time taken (s)
5 terms
Motion Equations-Physics 1
Acceleration#1
Acceleration#2
Acceleration#3
Acceleration#4
vf=vi+at
d=v(initial)t+1/2at^2
vf^2=vi^2+2ad
d=vi+vf/2t
Acceleration#1
vf=vi+at
Acceleration#2
d=v(initial)t+1/2at^2
Physics I, motion equations
vf=
d= (with vi)
d= (with vf)
d= (with vi and vf)
vf=vi+at
d=vit+1/2at^2
d=vft-1/2at^2
d= (vi+f)/2*t
vf=
vf=vi+at
d= (with vi)
d=vit+1/2at^2
6 terms
Physics 2D Motion Equations
g(sinθ−μKcosθ)
FN=mgcosθ
+mgsinθ−μKmgcosθ=ma
FS=mgsinθ
Acceleration for block on incline
Normal force on an incline
Ma on incline
Static Friction
g(sinθ−μKcosθ)
Acceleration for block on incline
FN=mgcosθ
Normal force on an incline
9 terms
Physics equations (force & motion)
Speed
Wight
Averge speed
Acceleration
Distance / time
Mass X gravitational field strength
Total distance / total time
Change in velocity /time taken
Speed
Distance / time
Wight
Mass X gravitational field strength
11 terms
Physics projectile motion equations
Find time on 1st prob
Find delta x in x direction (1st prob)
Velocity in y direction (1st prob)
= 0 in 1st prob
Delta x = vot + 1/2 at^2
Delta x= vot + 1/2at^2
V=Vo+at
Vo and a
Find time on 1st prob
Delta x = vot + 1/2 at^2
Find delta x in x direction (1st prob)
Delta x= vot + 1/2at^2
7 terms
PHYSICS Rotational Motion Equations
Torque
I (Moment of inertia/Rotational inertia)
α (Angular acceleration)
θ (Angular position)
t=Frsinθ (Nm)
I=∑mr² (kg m²)
α=torque/(mr²) ; a=α*r ; α=∆ω / ∆t ; (rad/s²)
θ=s/r (arc length/radius) ; radians
Torque
t=Frsinθ (Nm)
I (Moment of inertia/Rotational inertia)
I=∑mr² (kg m²)
19 terms
physics motion equations/terms
distance equation
average velocity equation
final velocity equation
acceleration equation
D= Xf - Xi, D= Yf - Yi, D=ViT + (1/2)AT^2
V= (D/T), V= (Vi+Vf)/2
Vf^2= Vi^2 + 2AD
A= (Vf - Vi)/T
distance equation
D= Xf - Xi, D= Yf - Yi, D=ViT + (1/2)AT^2
average velocity equation
V= (D/T), V= (Vi+Vf)/2
22 terms
AP PHYSICS Motion Equations
General Velocity
Acceleration
Range
Time in Air
v avg=∆x/∆t
a avg=∆∨/∆t
∆x=∨²₀sin2θ/g
∆t=∨₀sinθ/g×2
General Velocity
v avg=∆x/∆t
Acceleration
a avg=∆∨/∆t
PHYSICS: Motion Equations
Speed average
velocity
acceleration
Displacement
= total distance covered/total time
= u + at
= (v-u) /t
= ut + 1/2at^2... = vt - 1/2 at^2... = (u + v)t /2
Speed average
= total distance covered/total time
velocity
= u + at
47 terms
Physics- Forces and Motion Equations
speed/velocity
distance
time
what is velocity?
distance/time
speed/velocity x time
distance/ speed/velocity
speed in a given direction
speed/velocity
distance/time
distance
speed/velocity x time
Physics Circular Motion Equations
w=@/t
@=s/r
a=change in w/t
Vt=s/t
Angular velocity
Angular displacement
Angular acceleration
Tangential speed
w=@/t
Angular velocity
@=s/r
Angular displacement
12 terms
Physical Science Motion Equations
Speed
Acceleration
Newtons Second law
Momentum
distance / time
Acceleration = (Vf-Vi) / time
Force = mass x acceleration or Mass = force / acceleration or…
Momentum = mass x velocity
Speed
distance / time
Acceleration
Acceleration = (Vf-Vi) / time
13 terms
Physics Definitions and Equations for Motion
Scalar
Vector
Distance
Displacement
Any measurement with magnitude and units (never negative)
Any measurement with magnitude, units, and direction
The total length traveled (meters)
The straight line length from point a to point b
Scalar
Any measurement with magnitude and units (never negative)
Vector
Any measurement with magnitude, units, and direction
Physical Science Motion Equations
Speed
Acceleration
Newtons Second law
Momentum
distance / time
Acceleration = (Vf-Vi) / time
Force = mass x acceleration or Mass = force / acceleration or…
Momentum = mass x velocity
Speed
distance / time
Acceleration
Acceleration = (Vf-Vi) / time
Physics equations - forces and motion
Speed
Force
Acceleration
Momentum
Distance/time
Mass x acceleration
Change in velocity/time taken
Mass x velocity
Speed
Distance/time
Force
Mass x acceleration
Physics Angular Motion Equations
ΣF=ma
K=1/2mv^2
p=mv
v=rω
ΣT=Iα
Kr=1/2Iω^2
L=Iω
relationship between linear velocity and angular velocity
ΣF=ma
ΣT=Iα
K=1/2mv^2
Kr=1/2Iω^2
7 terms
Physics: Force and motion - Equations
distance / time
change in velocity / time
mass x acceleration
mass x gravity
speed
acceleration
force, F
weight
distance / time
speed
change in velocity / time
acceleration
Physics MOTION equations and theory
Average speed
Acceleration
Force
Weight
Distance / Time
Change in velocity / Time taken
Mass x Acceleration
Mass x Gravity
Average speed
Distance / Time
Acceleration
Change in velocity / Time taken
Physics Forces and Motion Equations
Speed = Distance/Time
Acceleration = Change in velocity/Time…
Weight = mass x gravitational strength
Resultant Force = Mass x Acceleration
Speed, Distance, Time
Acceleration
Mass, Weight, Gravity
Resultant Force
Speed = Distance/Time
Speed, Distance, Time
Acceleration = Change in velocity/Time…
Acceleration
Physics Equations - Forces and Motion
Average speed
Acceleration
Force
Weight
distance moved/time taken =
change in velocity/time take =
mass*acceleration =
mass*gravity =
Average speed
distance moved/time taken =
Acceleration
change in velocity/time take =
Equations of Motion Test (PHYSICS)
digital measuring tool
analog measuring tool
increment
10 equal parts
measurements are displayed in number format/scientist records…
tool that uses increments to represent a measurement/requires…
divided into same size
decimeter
digital measuring tool
measurements are displayed in number format/scientist records…
analog measuring tool
tool that uses increments to represent a measurement/requires…
Physics Motion equations
no a
no d
no t
no vf
d=(vo+vf)t/2
a=(vf-vo)/t
vf^2=vo^2+2ad
d=vot+(1/2)at^2
no a
d=(vo+vf)t/2
no d
a=(vf-vo)/t
5 terms
Physics Motion Equations
No Distance
No Acceleration
No Final Velocity
No Initial Velocity
Vf=Vi+a*t
D=((Vf+Vf)/2)*t
D=ViT+(1/2)A*T^2
D=Vi^2+2AD
No Distance
Vf=Vi+a*t
No Acceleration
D=((Vf+Vf)/2)*t
14 terms
Projectile Motion Equations (Burke Physics)
y refers to (vertical/horizontal)
x refers to (vertical/horizontal)
y is associated with (sin/cos)
x is associated with (sin/cos)
vertical
horizontal
sin
cos
y refers to (vertical/horizontal)
vertical
x refers to (vertical/horizontal)
horizontal
Physics SLM motion equations
Equation 1
Equation 2
Equation 3
Equation 4
d = x - x₀
Vₐᵥₑ = d/t
Aₐᵥₑ = (v - v₀)/t
Vₐᵥₑ = (v₀ + v)/2
Equation 1
d = x - x₀
Equation 2
Vₐᵥₑ = d/t
Circular Motion Physics Equations
uniform circular motion
centripetal acceleration
centripetal force
banked curves
v=2pi / T
a=v^2 / r... -always points toward the center of the circle... -con…
F=mv^2 / r... -max static friction=coefficient of static frictio…
tan (theta)=v^2 / rg
uniform circular motion
v=2pi / T
centripetal acceleration
a=v^2 / r... -always points toward the center of the circle... -con…
10 terms
Physics Circular Motion Equations
Fg (Force of Gravity)
a (Acceleration)
v (velocity)
Sum of all Forces
Fg= G (Mm/r^2)
a=(vt^2/r)
v=(2{pi}r/T)
SigmaF=ma
Fg (Force of Gravity)
Fg= G (Mm/r^2)
a (Acceleration)
a=(vt^2/r)
Physics forces & motion equations
Gradient
Acceleration
Average speed
Force
Speed = distance/time
V-U/t
Total distance/total time
Mass x acceleration
Gradient
Speed = distance/time
Acceleration
V-U/t
Physics Motion Equations
Find Velocity
Find Distance
Find Time
suvat1.1
v=s/t
s=vxt
t=s/v
a=v-u/t
Find Velocity
v=s/t
Find Distance
s=vxt
10 terms
Physics- Motion equations
Acceleration=
Average speed=
Change in speed=
Force=
Change in velocity divided by time taken
Total distance divided by total time
Final speed minus beginning speed
Mass times acceleration
Acceleration=
Change in velocity divided by time taken
Average speed=
Total distance divided by total time
MCAT Physics Motion Equations
v =
a =
x - x₀ =
v - v₀ =
d/t =
change in v/t =
v₀t + ½ at² =
at =
v =
d/t =
a =
change in v/t =
8 terms
Physics Rotational Motion Equations
Inertia of a thin hoop
Inertia of a hoop with a radius and a…
Inertia of a Solid Cylinder
Inertia of a Hollow Cylinder
I=MR²
I=(1/2)MR²+(1/12)Mw²
I=(1/2)MR²
I=1/2M(Rsmall²+Rbig²)
Inertia of a thin hoop
I=MR²
Inertia of a hoop with a radius and a…
I=(1/2)MR²+(1/12)Mw²
7 terms
Physics Projectile Motion Equations
Horizontal Distance
Horizontal Velocity
Vertical Distance
Vertical Velocity
x = vⁿt
vⁿ = v₀
y = v₀−½gt²
vⁿ = v₀−gt
Horizontal Distance
x = vⁿt
Horizontal Velocity
vⁿ = v₀
6 terms
Physical science motion equations
Velocity
Acceleration
Speed
Distance
Distance/time
Final velocity-initial velocity/time
Distance/ time
Speed•time
Velocity
Distance/time
Acceleration
Final velocity-initial velocity/time
13 terms
Physics Conversions and Motion Equations
decimeter
angstrom
femptometer
1 mile = x meters
10 (-1) meter
10 (-10) meter
10 (-15) meter
1609.38 m
decimeter
10 (-1) meter
angstrom
10 (-10) meter
Physics Motion Unit Equations
Equation for final velocity using vi,…
Equation for displacement using vi, vf…
Equation for displacement using vi, ac…
Equation for final velocity using vi,…
vf = vi + at
d = 1/2(vf + vi)t
d = vit + 1/2at²
vf² = vi² + 2ad
Equation for final velocity using vi,…
vf = vi + at
Equation for displacement using vi, vf…
d = 1/2(vf + vi)t
physics circular motion (equations and concepts)
uniform circular motion
centripetal (radial) acceleration
vertical ball on string
critical velocity
*velocity is always perpendicular to radius... *an object movin…
* Accel. = accel. [radial]... *Accel. [radial] is always perpen…
*the top of the loop has gravity pulling the ball down (less…
* minium velocity for an object to travel in a vertical circl…
uniform circular motion
*velocity is always perpendicular to radius... *an object movin…
centripetal (radial) acceleration
* Accel. = accel. [radial]... *Accel. [radial] is always perpen…
19 terms
AP Physics Equation (Motion)
General Velocity
Acceleration
Straight Line motion with constant acc…
Range
v= /\x / /\t
a(avg)=/\ v/ /\t
• ^x= 1/2(vi+vf)^t... • vf= vi+a^t... • ^x= vi^t+1/2a^t^2... •vf^2= vi…
/\x= v^2sin2
General Velocity
v= /\x / /\t
Acceleration
a(avg)=/\ v/ /\t
physics motion equations test
Leonardo
Michealangelo
Rafael
Donatello
🔼x=1/2at^2+v1t
v2^2=v1^2+2a🔼x
v2=v1+at
🔼x=1/2t(v1+v2)
Leonardo
🔼x=1/2at^2+v1t
Michealangelo
v2^2=v1^2+2a🔼x
Physics motion equations
Acceleration =
Final velocity = (in terms of A and u…
Displacement (s) in terms of u v and t
S in terms of u t and a
A = (v - u) / t
V = u + at
S = (u + v) x t / 2
S = ut + 1/2 at^2
Acceleration =
A = (v - u) / t
Final velocity = (in terms of A and u…
V = u + at
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