Consider the function v(t) = 8 – ². (a) Write out the four terms of the left Riemann sum for v with three subdivisions on the interval [-2,6]. (b) Write your sum in summation notation. (c) Does your sum estimate the area or the signed area between the graph of v, r-axis, t = -2, and t = 6? Explain.

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter5: Inverse, Exponential, And Logarithmic Functions
Section5.2: Exponential Functions
Problem 58E
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Consider the function v(t) = 8 – ².
(a) Write out the four terms of the left Riemann sum for v with three subdivisions
on the interval [-2,6].
(b) Write your sum in summation notation.
(c) Does your sum estimate the area or the signed area between the graph of v, r-axis,
t = -2, and t = 6? Explain.
(d) If v represented the velocity due west (in mph) as a function of time (in hours),
use terms in your Riemann sum to estimate
i. distance travelled on the interval [-2, 6].
ii. total displacement on the interval [–2, 6].
Transcribed Image Text:Consider the function v(t) = 8 – ². (a) Write out the four terms of the left Riemann sum for v with three subdivisions on the interval [-2,6]. (b) Write your sum in summation notation. (c) Does your sum estimate the area or the signed area between the graph of v, r-axis, t = -2, and t = 6? Explain. (d) If v represented the velocity due west (in mph) as a function of time (in hours), use terms in your Riemann sum to estimate i. distance travelled on the interval [-2, 6]. ii. total displacement on the interval [–2, 6].
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