Torque
Unit Conversion
Linear Angular Conversion
Formulas
Miscellaneous
100

___ is the torque equation

Frsinθ

100

8 revolutions in radians

16π or 50.27

100

The angular equivalent to a

α (alpha)

100

A (Linear acceleration)

Delta v over t (Change in velocity over time)

100

Standard unit for force

Newtons
200

____ is the net torque equation

Iα

200

23.4 m to cm

2340 cm

200

The angular equivalent to v

ω (omega)

200

Omega (angular velocity)

θ over t (Angular displacement over time)

200
This is where Mrs. Reidy went to college

Notre Dame

300

What r stands for in the torque equation

Moment arm or Lever arm

300

84 mm to m

0.084 m

300

The equation to find θ from linear units

d/r (displacement over radius)

300

Alpha (angular acceleration)

Delta ω over t (change in angular velocity over time)

300

Where you should apply force to open a door the easiest

The furthest away from the pivot point (end of the door)
400

Standard units for moment of inertia

kg * m2

400

Force of gravity (Fg) on a 65 kg man

637.65 N

400

Linear equivalent to θ

d (displacement)
400

Newton's Universal Law of Gravitation (Unit 4)

Fg = G[(m1m2)/r2]
400

This is Newton's second law for linear motion

Fnet = ma

500

The imaginary line that goes from the axis of rotation to the point where the force is applied

The Line of Action

500

7 miles to feet

36960 feet

500

The equation to find v from angular units

rω (radius times omega)

500

Explain one angular kinematics equation

ωf = ωi + αt

θ = ωit + 1/2 αt2

ωf2 = ωi2 +2αθ

500

How many students there are in the class

24

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