#### Study sets matching "physics motion equations"

#### Study sets matching "physics motion equations"

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

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)

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

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)

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

Equation linking: force, mass, acceler…

Equation linking: force, spring consta…

Equation linking: elastic potential en…

Equation linking: speed/velocity, dist…

F = ma

F = ke

Ee = 1/2ke^2

v = s/t

Equation linking: force, mass, acceler…

F = ma

Equation linking: force, spring consta…

F = ke