4. The shot putter shown in the diagram throws his shot forward with a velocity of 11.0 ms-1 with respect to his hand, in a direction 55. above the horizontal. At the same time, the shot putter's body is moving forwards horizontally, with a velocity of 2.80 ms-1. At the moment of release, the shot is 2.40 m above ground. 11 ms 55° 2.8 m s a. Calculate the vertical and horizontal velocity of the shot putt at the moment of release. [vertical = 9.00 ms1 upward, horizontal = 9 ms-1] b. Calculate the shot putt's maximum height above the ground. [6.50 m] c. Calculate the throw (horizontal range) the shot putter achieves. [18.9 m]
4. The shot putter shown in the diagram throws his shot forward with a velocity of 11.0 ms-1 with respect to his hand, in a direction 55. above the horizontal. At the same time, the shot putter's body is moving forwards horizontally, with a velocity of 2.80 ms-1. At the moment of release, the shot is 2.40 m above ground. 11 ms 55° 2.8 m s a. Calculate the vertical and horizontal velocity of the shot putt at the moment of release. [vertical = 9.00 ms1 upward, horizontal = 9 ms-1] b. Calculate the shot putt's maximum height above the ground. [6.50 m] c. Calculate the throw (horizontal range) the shot putter achieves. [18.9 m]
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11th Edition
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Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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![1. The shot putter shown in the diagram throws his shot forward with a velocity of 11.0 ms-1 with respect to his hand, in a direction 55.0°
above the horizontal. At the same time, the shot putter's body is moving forwards horizontally, with a velocity of 2.80 ms-1. At the
moment of release, the shot is 2.40 m above ground.
11 ms
55°
2.8 m s
a. Calculate the vertical and horizontal velocity of the shot putt at the moment of release. [vertical = 9.00 ms1 upward, horizontal = 9.10
ms-1]
b. Calculate the shot putt's maximum height above the ground. [6.50 m]
c. Calculate the throw (horizontal range) the shot putter achieves. [18.9 m]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5e7d384b-02b7-42a8-ae90-d108a21de8a9%2F3f8c6230-2d76-4c1c-bd70-90716ac030dd%2Flz0dgu.bmp&w=3840&q=75)
Transcribed Image Text:1. The shot putter shown in the diagram throws his shot forward with a velocity of 11.0 ms-1 with respect to his hand, in a direction 55.0°
above the horizontal. At the same time, the shot putter's body is moving forwards horizontally, with a velocity of 2.80 ms-1. At the
moment of release, the shot is 2.40 m above ground.
11 ms
55°
2.8 m s
a. Calculate the vertical and horizontal velocity of the shot putt at the moment of release. [vertical = 9.00 ms1 upward, horizontal = 9.10
ms-1]
b. Calculate the shot putt's maximum height above the ground. [6.50 m]
c. Calculate the throw (horizontal range) the shot putter achieves. [18.9 m]
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