The photo below shows Bor and Eugenia on rollerblades. Your goal is to use what we've leaned today to make a prediction of the ratio of Bor's and Eugenia's speeds after Eugenia pushes Bor, Bor's mass is 70 kg, Eugenia's mass is 54 kg. a. What is the physical quantity (that stays the same for a system before and after a collision) that you are using to make a prediction? b. Use this quantity and information provided to make a numerical prediction of the ratio of Bor's and Eugenia's speeds after Eugenia pushes Bor. Who moves faster?

The photo below shows Bor and Eugenia on rollerblades. Your goal is to use what we've leaned today to make a prediction of the ratio of Bor's and Eugenia's speeds after Eugenia pushes Bor, Bor's mass is 70 kg, Eugenia's mass is 54 kg. a. What is the physical quantity (that stays the same for a system before and after a collision) that you are using to make a prediction? b. Use this quantity and information provided to make a numerical prediction of the ratio of Bor's and Eugenia's speeds after Eugenia pushes Bor. Who moves faster?

Name: The photo below shows Bor and Eugenia on rollerblades, Your goal is t
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Description: The photo below shows Bor and Eugenia on rollerblades, Your goal is to use what we'veleaned today to make a prediction of the ratio of Bor's and Eugenia's speeds after Eugeniapushes Bor, Bor's mass is 70 kg, Eugenia's mass is 54 kg.a. What is the ph

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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