31. Performance Task A diver jumped from a above the water at several different times after diving platform. The image shows her height leaving the platform. 0.25 s, 27 ft 0.5 s, 29 ft 2.0 s, 25 ft 2.75 s, 15 ft 1.5 s, 29 ft Part A Find the equation of the quadratic function that describes the relationship between the diver's time and height. Round to the nearest tenth. Part B How high is the platform the diver jumped from? What is the maximum height reached? Part C From the maximum height, how long does it take the diver to get halfway down? Which part of the dive is faster, from the top to the halfway point, or from the halfway point to the water? Explain.

31. Performance Task A diver jumped from a above the water at several different times after diving platform. The image shows her height leaving the platform. 0.25 s, 27 ft 0.5 s, 29 ft 2.0 s, 25 ft 2.75 s, 15 ft 1.5 s, 29 ft Part A Find the equation of the quadratic function that describes the relationship between the diver's time and height. Round to the nearest tenth. Part B How high is the platform the diver jumped from? What is the maximum height reached? Part C From the maximum height, how long does it take the diver to get halfway down? Which part of the dive is faster, from the top to the halfway point, or from the halfway point to the water? Explain.

Algebra and Trigonometry (6th Edition)

6th Edition

ISBN:9780134463216

Author:Robert F. Blitzer

Publisher:Robert F. Blitzer

ChapterP: Prerequisites: Fundamental Concepts Of Algebra

Section: Chapter Questions

Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...

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Question

31. Performance Task A diver jumped from a
above the water at several different times after
diving platform. The image shows her height
leaving the platform.
0.25 s, 27 ft
0.5 s, 29 ft
2.0 s, 25 ft
2.75 s, 15 ft
1.5 s, 29 ft
Part A Find the equation of the quadratic
function that describes the relationship
between the diver's time and height. Round to
the nearest tenth.
Part B How high is the platform the diver
jumped from? What is the maximum height
reached?
Part C From the maximum height, how long
does it take the diver to get halfway down?
Which part of the dive is faster, from the top to
the halfway point, or from the halfway point
to the water? Explain.
CR
Cor
qua
wrc
A

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