18. FREE FALL A visitor standing on the rim of the Grand Canyon drops a rock over the side. The Rim 3.000- 4.000 1000n - distance (in feet) that the rock is from the canyon floor t seconds after being dropped is given by the połynomial - 16² + 5,184. Find the position of the rock 18 seconds after being dropped Explain your answer. 1,00 - Canyoi e

Elementary Geometry For College Students, 7e
7th Edition
ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
ChapterP: Preliminary Concepts
SectionP.CT: Test
Problem 1CT
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18. FREE FALL A visitor
standing on the rim of
the Grand Canyon drops
a rock over the side. The
1.000-
4.000-
1000n
distance (in feet) that the
rock is from the canyon
floor t seconds after being
dropped is given by the
połynomial - 16 + 5.184.
Find the position of the rock 18 seconds after being
dropped Explain your answer.
Canyoe
19. Let f(x) = + x - 2. Find: f(-2).
20. Simplity: (xy) + ár°y - (3x)'y²
21. Simplify: -6(x – y) + 2{x + y) ~ 3(x + 2y)
2x - 71 + 3
- 2x - 1
22. Subtract:
23. Find a polynomial that represents the perimeter of
the rectangle.
a-) in
24. ICE CHESTS Write a
polynomial that represents
Transcribed Image Text:18. FREE FALL A visitor standing on the rim of the Grand Canyon drops a rock over the side. The 1.000- 4.000- 1000n distance (in feet) that the rock is from the canyon floor t seconds after being dropped is given by the połynomial - 16 + 5.184. Find the position of the rock 18 seconds after being dropped Explain your answer. Canyoe 19. Let f(x) = + x - 2. Find: f(-2). 20. Simplity: (xy) + ár°y - (3x)'y² 21. Simplify: -6(x – y) + 2{x + y) ~ 3(x + 2y) 2x - 71 + 3 - 2x - 1 22. Subtract: 23. Find a polynomial that represents the perimeter of the rectangle. a-) in 24. ICE CHESTS Write a polynomial that represents
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