[T] The distance in feet that a ball rolls down an incline is modeled by the function s ( t ) = 14 t 2 , where t is seconds after the ball begins rolling. a.Find the average velocity of the ball over the following time intervals: [5,5.1] [5, 5.01] [5, 5.001] [5, 5.0001] b.Use the answers from a. to draw a conclusion about the instantaneous velocity of die ball at t = 5 seconds.
[T] The distance in feet that a ball rolls down an incline is modeled by the function s ( t ) = 14 t 2 , where t is seconds after the ball begins rolling. a.Find the average velocity of the ball over the following time intervals: [5,5.1] [5, 5.01] [5, 5.001] [5, 5.0001] b.Use the answers from a. to draw a conclusion about the instantaneous velocity of die ball at t = 5 seconds.
[T] The distance in feet that a ball rolls down an incline is modeled by the function
s
(
t
)
=
14
t
2
, where t is seconds after the ball begins rolling.
a.Find the average velocity of the ball over the following time intervals:
[5,5.1]
[5, 5.01]
[5, 5.001]
[5, 5.0001]
b.Use the answers from a. to draw a conclusion about the instantaneous velocity of die ball at t = 5 seconds.
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Area Between The Curve Problem No 1 - Applications Of Definite Integration - Diploma Maths II; Author: Ekeeda;https://www.youtube.com/watch?v=q3ZU0GnGaxA;License: Standard YouTube License, CC-BY