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2.) A 20-kg satellite is traveling in space at v. = 62 m/s along a straight trajectory (call this your x-axis). It suddenly breaks into two equal pieces that fly apart, one piece makes a 15° angle above your positive x-axis and the other piece makes an angle of 22° below the x-axis. a. Draw before and after pictures. b. State in words the Conservation of Linear Momentum. c. Using Conservation of Linear Momentum determine the final speeds of both pieces of the satellite.

2.) A 20-kg satellite is traveling in space at v. = 62 m/s along a straight trajectory (call this your x-axis). It suddenly breaks into two equal pieces that fly apart, one piece makes a 15° angle above your positive x-axis and the other piece makes an angle of 22° below the x-axis. a. Draw before and after pictures. b. State in words the Conservation of Linear Momentum. c. Using Conservation of Linear Momentum determine the final speeds of both pieces of the satellite.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
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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2.) A 20-kg satellite is traveling in space at v. = 62 m/s along a straight trajectory (call this your x-axis). It suddenly breaks into two equal pieces that fly apart, one piece makes a 15° angle above your positive x-axis and the other piece makes an angle of 22° below the x-axis. a. Draw before and after pictures. b. State in words the Conservation of Linear Momentum. c. Using Conservation of Linear Momentum determine the final speeds of both pieces of the satellite.
Transcribed Image Text:2.) A 20-kg satellite is traveling in space at v. = 62 m/s along a straight trajectory (call this your x-axis). It suddenly breaks into two equal pieces that fly apart, one piece makes a 15° angle above your positive x-axis and the other piece makes an angle of 22° below the x-axis. a. Draw before and after pictures. b. State in words the Conservation of Linear Momentum. c. Using Conservation of Linear Momentum determine the final speeds of both pieces of the satellite.
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