A 1.50 m deep crater is created in a snow bank by a bundle of emergency medical supplies which was dropped from a rising helicopter. Suppose that while creating the crater in the snow, the bundle slowed down at an approximately steady rate of 3.00 x 10² ".2 , coming to rest after descending 1.50 m into the snow. 14. Which of the following diagrams correctly describes the bundle's motion while it was creating the crater? A) B) + y

Physics for Scientists and Engineers, Technology Update (No access codes included)
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Author:Raymond A. Serway, John W. Jewett
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Chapter2: Motion In One Dimension
Section: Chapter Questions
Problem 2.11OQ: As an object moves along the .v axis, many measurements are made of its position, enough to generate...
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A 1.50 m deep crater is created in a snow bank by a bundle of emergency medical supplies which was dropped from a rising helicopter.
Suppose that while creating the crater in the snow, the bundle slowed down at an approximately steady rate of 3.00x10² " 2,
coming to rest after descending 1.50 m into the snow.
14. Which of the following diagrams correctly describes the bundle's motion while it was creating the crater?
A)
+y
B)
+y
•Vi = 0
a
a
ду
(1.50 m
Ay
(1.50 m
Ay
(1.50 ml
•Vf=0
• Vf=0
D)
E)
a
Ay
(1.50 m
ду
(1.50
•Vr=0
• Vr=0
15. How fast was the bundle traveling just before its impact with the surface of the snowbank?
в. 383 т.
C. 30.0 / -
A. 9.00 x 102 m
D. 9.80 m
E. 5.42 m.
5
Transcribed Image Text:A 1.50 m deep crater is created in a snow bank by a bundle of emergency medical supplies which was dropped from a rising helicopter. Suppose that while creating the crater in the snow, the bundle slowed down at an approximately steady rate of 3.00x10² " 2, coming to rest after descending 1.50 m into the snow. 14. Which of the following diagrams correctly describes the bundle's motion while it was creating the crater? A) +y B) +y •Vi = 0 a a ду (1.50 m Ay (1.50 m Ay (1.50 ml •Vf=0 • Vf=0 D) E) a Ay (1.50 m ду (1.50 •Vr=0 • Vr=0 15. How fast was the bundle traveling just before its impact with the surface of the snowbank? в. 383 т. C. 30.0 / - A. 9.00 x 102 m D. 9.80 m E. 5.42 m. 5
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