For the following exercises, consider a rocket shot into the air that then returns to Earth. The height of the rocket in meters is given by h ( t ) = 600 + 78.4 t − 4.9 t 2 , where t is measured in seconds. 20. [T] Compute the average velocity of the rocket over the given time intervals. [9, 9.01] [8.99, 9] [9, 9.001] [8.999, 9]
For the following exercises, consider a rocket shot into the air that then returns to Earth. The height of the rocket in meters is given by h ( t ) = 600 + 78.4 t − 4.9 t 2 , where t is measured in seconds. 20. [T] Compute the average velocity of the rocket over the given time intervals. [9, 9.01] [8.99, 9] [9, 9.001] [8.999, 9]
For the following exercises, consider a rocket shot into the air that then returns to Earth. The height of the rocket in meters is given by
h
(
t
)
=
600
+
78.4
t
−
4.9
t
2
, where t is measured in seconds.
20. [T] Compute the average velocity of the rocket over the given time intervals.
Using & Understanding Mathematics: A Quantitative Reasoning Approach (7th Edition)
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