Without further ado, your extra credit questions:Q1) A shopper pushes a 15 {kg} grocery cart for 25 {m} with a constant, horizontal applied force of 85 {N). If the cart was originally at rest, and there is a kinetic friction coefficient of 0.35felt at the wheels, what is the final velocity of the cart?Q2) A 450 (g) mass is attached to a vertical spring, causing it to stretch 5.0 {cm) from its resting length. If that 450 {g) mass were then removed, and replaced with a 550 (g) mass, whatwould be the change in gravitational potential energy - from the time the mass was initially attached at the spring's resting length, to the time the system finally reached equilibrium?PreviousovoCe4.5789.

Name: Without further ado, your extra credit questions:Q1) A shopper pushes
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Description: Without further ado, your extra credit questions:Q1) A shopper pushes a 15 {kg} grocery cart for 25 {m} with a constant, horizontal applied force of 85 {N). If the cart was originally at rest, and there is a kinetic friction coefficient of 0.35felt

Mass of the cart is m = 15 kg Distance travelled by the cart is d = 25 m Horizontal applied force is…

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Q1) A shopper pushes a 15 {kg) grocery cart for 25 {m} with a constant, horizontal applied force of 85 {N). If the cart was originally at rest, and there is a kinetic friction coefficient of 0.35 felt at the wheels, what is the final velocity of the cart?

Q1) A shopper pushes a 15 {kg) grocery cart for 25 {m} with a constant, horizontal applied force of 85 {N). If the cart was originally at rest, and there is a kinetic friction coefficient of 0.35 felt at the wheels, what is the final velocity of the cart?

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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