This is the fundamental equation for the law of sines.

C is this exact value when a=2, b=root3, theta=60.

This is the equation for finding the linear speed.

This is the equation for the area of a sector.

This is what the k in the equation y=kx is called.

Theta sub 2 is this value when a=2, b= Root 12, theta sub 1=30.

C is this exact value when a=6, b=4, theta=120.

The exact angular speed of a blade spinning 73rpm is this.

This is the equation for an arc length.

This is an equation for an inverse variation.

Theta sub 2 is this value when a=1, b=root 2, theta sub 1=30.

Theta is this value when a=5, b=8, c=7.

The rpm's of a wheel is this when the angular speed's exact value is 180pi rads.

The arc length is this exact value when r=4 and theta=150.

This is the constant when 144 is directly variant with 4.

Theta sub 2 is this value when a=3, b=root 3, theta sub 1=60.

C is this exact value when a=5, b= root3, theta=60.

A blade 8inches wide spins 3rpm, and at this exact linear speed (ft/min).

If the area of a sector is this exact value, then the radius must be 12 with 240 as the theta.

The constant is this when 5 is inversely variated with 125.

Theta sub 2 is this value when a=2, b= (2root3)/3, theta sub 1=60.

Theta is this value when a=2, b=6, c= root52.

A wheel 1 ft wide spins 720rpm, and at this exact linear speed (yd/s).

If the radius is approximately rounded to the nearest tenth is this, then the theta=60 and the area of the sector is 24 units squared.

If the constant is this, then 5 is jointly variated with 3 and inversely variated with 15.