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Part D A closed system consists of 4 objects. The table below shows how much momentum (magnitude & direction) each object had to start and, with the exception of object D, how much momentum each object had at the end. Determine how much momentum object D had at the end. Initial Momentum (N-s) Initial Direction Final Momentum (N-s) Final Direction Object A 106 down 109 up Object B 108 down 133 up Object C 160 up 131 down -216 west Object D 159 up

Part D A closed system consists of 4 objects. The table below shows how much momentum (magnitude & direction) each object had to start and, with the exception of object D, how much momentum each object had at the end. Determine how much momentum object D had at the end. Initial Momentum (N-s) Initial Direction Final Momentum (N-s) Final Direction Object A 106 down 109 up Object B 108 down 133 up Object C 160 up 131 down -216 west Object D 159 up

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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A closed system consists of 4 objects. The table below shows how much momentum (magnitude & direction) each object had to start and, with the exception of object D, how much momentum each object had at the end. Determine how much momentum object D had at the end. | | Object A | Object B | Object C | Object D | |--------------|----------|----------|----------|----------| | **Initial Momentum (N·s)** | 106 | 108 | 160 | 159 | | **Initial Direction** | down | down | up | up | | **Final Momentum (N·s)** | 109 | 133 | 131 | 216 | | **Final Direction** | up | up | down | west | **Explanation:** - The table displays data for four objects in terms of their momentum, both initially and finally. - Each object has specified initial and final momentum values measured in Newton-seconds (N·s). - Directions are given as "up," "down," or "west." **Key Points:** - Object A's initial momentum was 106 N·s and changed to 109 N·s, switching from "down" to "up" direction. - Object B's momentum increased from 108 N·s to 133 N·s, with direction changing from "down" to "up." - Object C's momentum decreased from 160 N·s to 131 N·s, and direction changed to "down." - Object D had an initial momentum of 159 N·s in the "up" direction and a final momentum of 216 N·s moving "west."
Transcribed Image Text:A closed system consists of 4 objects. The table below shows how much momentum (magnitude & direction) each object had to start and, with the exception of object D, how much momentum each object had at the end. Determine how much momentum object D had at the end. | | Object A | Object B | Object C | Object D | |--------------|----------|----------|----------|----------| | **Initial Momentum (N·s)** | 106 | 108 | 160 | 159 | | **Initial Direction** | down | down | up | up | | **Final Momentum (N·s)** | 109 | 133 | 131 | 216 | | **Final Direction** | up | up | down | west | **Explanation:** - The table displays data for four objects in terms of their momentum, both initially and finally. - Each object has specified initial and final momentum values measured in Newton-seconds (N·s). - Directions are given as "up," "down," or "west." **Key Points:** - Object A's initial momentum was 106 N·s and changed to 109 N·s, switching from "down" to "up" direction. - Object B's momentum increased from 108 N·s to 133 N·s, with direction changing from "down" to "up." - Object C's momentum decreased from 160 N·s to 131 N·s, and direction changed to "down." - Object D had an initial momentum of 159 N·s in the "up" direction and a final momentum of 216 N·s moving "west."
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