SOLUTION: The equation h= 7(pi/3 t) models the height h in centimeters after t seconds of a weight attached to the end of a spring that has been stretched and then released. a. Solve the eq

Question 635313: The equation h= 7(pi/3 t) models the height h in centimeters after t seconds of a weight attached to the end of a spring that has been stretched and then released.
a. Solve the equation for t.
b. Find the times at which the weight is first at a height of 1 cm, of 3 cm, and of 5 cm above the rest position. Round your answers to the nearest hundredth.
c. Find the times at which the weight is at a height of 1 cm, of 3 cm, and of 5 cm below the rest position for the second time. Round your answers to the nearest hundredth.
Answer by jsmallt9(3758) (Show Source): You can put this solution on YOUR website!
You left out the Trig function. I'm guessing sin or cos. Please re-post with the full equation.
RELATED QUESTIONS
The equation h=7cos[(pi/3)t] models the height h in centimeters after t seconds of a... (answered by lwsshak3)

The equation h= 7cos(pi/3 t) models the height h in centimeters after t seconds of a... (answered by stanbon)

The equation h= 7cos(pi/3 t) models the height h in centimeters after t seconds of a... (answered by njkrebs)

A weight is attached to the end of a spring. its height after t seconds is given by the... (answered by mananth,Alan3354)

The equation h equals minus 16 t squared plus 58 t plus 3 models the height of a baseball (answered by Alan3354)

Elias hits a baseball into the air. The equation h=16tsquared+60t+3 models the height h... (answered by Alan3354,richwmiller)

The equation H(T)=-16x^2+64x+9 models the height, H , in feet, of a model rocket t... (answered by Alan3354,MathLover1)

One end of a spring is attached to the ceiling, and the other end of the spring is... (answered by ikleyn)