Asked by Rachel
An object thrown in the air on a planet in a distant galaxy is at height
s(t) = -20t^2 +67t +42 feet at time t seconds after it is thrown.
a) From what height was the object thrown?
b) With what velocity was the object thrown?
c) What is the acceleration due to gravity on this planet?
s(t) = -20t^2 +67t +42 feet at time t seconds after it is thrown.
a) From what height was the object thrown?
b) With what velocity was the object thrown?
c) What is the acceleration due to gravity on this planet?
Answers
Answered by
Reiny
a) sub in t=0 into s(t)
b) find the derivative to get velocity
c) find the derivative of velocity to get acceleration.
You will get a constant.
b) find the derivative to get velocity
c) find the derivative of velocity to get acceleration.
You will get a constant.
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