2. Mark is having fun with bowling balls and clay. He drops balls from various heights and records their speed just before impact with a clay block. He then measures how far into the clay the ball went. The table below shows his results. a. Write an equation relating the speed v, to the depth of indentation d of the ball into the clay. Speed (m/s) Depth (m) V- axtbxtc 1.30 0.02 5.00 0.30 b. If the ball is going 20 meters per second, how far into the clay should it go? 9.13 1.00 10.00 1.20 12.91 2.00 15.00 2.70 20.00 C. How fast was the ball going to make a 7.5 meter impact into the clay? 7.50

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
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Chapter9: Quadratic Functions And Equations
Section9.2: Transformations Of Quadratic Functions
Problem 42HP
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OnRamps
EXPERIENCE COLLEGE BEFORE COLLEGE
HW 5.4.1 - APPLICATIONS OF THE QUADRATIC FUNCTION
1. "Punkin Chunkin," or Pumpkin Chunking, is the sport of launching pumpkins with
cannons and other mechanical devices as far as possible. Teams that compete in
these events have names such as American Chunker Inc., Fibonacci Unlimited II.
Shooda Noed Beter, and Snot Rocket. The world record was set in 2013, when a
pumpkin was launched to a height of 2250 feet and a distance of 4500 feed
(measurements have been rounded for simplicity). Assume the motion of the
pumpkin was symmetrical. Write a quadratic equation to relate the vertical
displacement y, with the horizontal displacement x. How high was the pumpkin
when it was 1000 ft away?
Solve the following.
ఇ) బింి
(1500 Y a(x-QR250R +2250
1o00-22
2a50
(
2250,2850)
O:a (4500-aas0)at a250
-2250- 9 (2250o)
14000
E1 555.56
ニ
2250
2. Mark is having fun with bowling balls and clay. He drops balls from various heights
and records their speed just before impact with a clay block. He then measures how
far into the clay the ball went. The table below shows his results.
a. Write an equation relating the speed v, to the depth of
indentation d of the ball into the clay.
Speed
(m/s)
Depth
(m)
V- axtbxtc
1.30
0.02
5.00
0.30
b. If the ball is going 20 meters per second, how far into the
clay should it go?
9.13
1.00
10.00
1.20
12.91
2.00
15.00
2.70
20.00
c. How fast was the ball going to make a 7.5 meter impact
into the clay?
7.50
TEXAS
Transcribed Image Text:OnRamps EXPERIENCE COLLEGE BEFORE COLLEGE HW 5.4.1 - APPLICATIONS OF THE QUADRATIC FUNCTION 1. "Punkin Chunkin," or Pumpkin Chunking, is the sport of launching pumpkins with cannons and other mechanical devices as far as possible. Teams that compete in these events have names such as American Chunker Inc., Fibonacci Unlimited II. Shooda Noed Beter, and Snot Rocket. The world record was set in 2013, when a pumpkin was launched to a height of 2250 feet and a distance of 4500 feed (measurements have been rounded for simplicity). Assume the motion of the pumpkin was symmetrical. Write a quadratic equation to relate the vertical displacement y, with the horizontal displacement x. How high was the pumpkin when it was 1000 ft away? Solve the following. ఇ) బింి (1500 Y a(x-QR250R +2250 1o00-22 2a50 ( 2250,2850) O:a (4500-aas0)at a250 -2250- 9 (2250o) 14000 E1 555.56 ニ 2250 2. Mark is having fun with bowling balls and clay. He drops balls from various heights and records their speed just before impact with a clay block. He then measures how far into the clay the ball went. The table below shows his results. a. Write an equation relating the speed v, to the depth of indentation d of the ball into the clay. Speed (m/s) Depth (m) V- axtbxtc 1.30 0.02 5.00 0.30 b. If the ball is going 20 meters per second, how far into the clay should it go? 9.13 1.00 10.00 1.20 12.91 2.00 15.00 2.70 20.00 c. How fast was the ball going to make a 7.5 meter impact into the clay? 7.50 TEXAS
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