For numbers 10-12, A skydiver jumps off an airplane. A function that models the velocity of x seconds into the jump is f(x) = 30 (1-e). %3D

Functions and Change: A Modeling Approach to College Algebra (MindTap Course List)
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Author:Bruce Crauder, Benny Evans, Alan Noell
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Chapter2: Graphical And Tabular Analysis
Section2.1: Tables And Trends
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For numbers 10-12,
A skydiver jumps off an airplane. A function that models the velocity of x seconds into
the jump is
f(x) = 30 (1-e).
If the area under the curve on the interval 0
corresponds to the distance fallen in
the first t seconds, approximate the distance fallen in the first 30 seconds using
Riemann sum with the following conditions:
X-1+x
10. n=5 and Ci=
2.
а. 823.44
b. 836.72
c. 757.65
d. 765.57
11. n=10 and Ci = Xi-1
a. 823.44
b. 836.72
c. 757.65
d. 765.57
12. n=15 and Ci = X¡
a. 823.44
b. 836.72
c. 757.65
d. 765.57
Transcribed Image Text:For numbers 10-12, A skydiver jumps off an airplane. A function that models the velocity of x seconds into the jump is f(x) = 30 (1-e). If the area under the curve on the interval 0 corresponds to the distance fallen in the first t seconds, approximate the distance fallen in the first 30 seconds using Riemann sum with the following conditions: X-1+x 10. n=5 and Ci= 2. а. 823.44 b. 836.72 c. 757.65 d. 765.57 11. n=10 and Ci = Xi-1 a. 823.44 b. 836.72 c. 757.65 d. 765.57 12. n=15 and Ci = X¡ a. 823.44 b. 836.72 c. 757.65 d. 765.57
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