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(numbers 16-17) A 2.00 kg block begins at rest on a horizontal surface. When a horizontal 3.00 N force is applied, the block doesn't move. When the force is increased to 5.00 N, the block accelerates at 1.00 m/s². A 3.00 kg block is now attached to the top of the 2.00 kg block. 16. The blocks begin at rest. When a horizontal 7.5 N force is applied, the surface exerts a friction force of N on the block. a) kinetic, 5.0 b) kinetic, 7.5 c) static, 7.5 d) static, 5.0 e) more information is needed to determine the friction force 17. The blocks begin at rest. When a horizontal 15.0 N force is applied, the surface exerts a friction force of N on the block. a) static, 15.0 b) static, 7.5 kinetic, 7.5 d) kinetic, 15.0 more information is needed to determine the friction force

(numbers 16-17) A 2.00 kg block begins at rest on a horizontal surface. When a horizontal 3.00 N force is applied, the block doesn't move. When the force is increased to 5.00 N, the block accelerates at 1.00 m/s². A 3.00 kg block is now attached to the top of the 2.00 kg block. 16. The blocks begin at rest. When a horizontal 7.5 N force is applied, the surface exerts a friction force of N on the block. a) kinetic, 5.0 b) kinetic, 7.5 c) static, 7.5 d) static, 5.0 e) more information is needed to determine the friction force 17. The blocks begin at rest. When a horizontal 15.0 N force is applied, the surface exerts a friction force of N on the block. a) static, 15.0 b) static, 7.5 kinetic, 7.5 d) kinetic, 15.0 more information is needed to determine the friction force

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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16-17. Please help answer these two questions that relate to each other, thank you so much!! :))
(numbers 16-17) A 2.00 kg block begins at rest on a horizontal surface. When a horizontal 3.00 N force is applied, the block doesn't move. When the force is increased to 5.00 N, the block accelerates at 1.00 m/s². A 3.00 kg block is now attached to the top of the 2.00 kg block. 16. The blocks begin at rest. When a horizontal 7.5 N force is applied, the surface exerts a friction force of N on the block. a) kinetic, 5.0 b) kinetic, 7.5 c) static, 7.5 d) static, 5.0 e) more information is needed to determine the friction force 17. The blocks begin at rest. When a horizontal 15.0 N force is applied, the surface exerts a friction force of N on the block. a) static, 15.0 b) static, 7.5 kinetic, 7.5 d) kinetic, 15.0 more information is needed to determine the friction force
Transcribed Image Text:(numbers 16-17) A 2.00 kg block begins at rest on a horizontal surface. When a horizontal 3.00 N force is applied, the block doesn't move. When the force is increased to 5.00 N, the block accelerates at 1.00 m/s². A 3.00 kg block is now attached to the top of the 2.00 kg block. 16. The blocks begin at rest. When a horizontal 7.5 N force is applied, the surface exerts a friction force of N on the block. a) kinetic, 5.0 b) kinetic, 7.5 c) static, 7.5 d) static, 5.0 e) more information is needed to determine the friction force 17. The blocks begin at rest. When a horizontal 15.0 N force is applied, the surface exerts a friction force of N on the block. a) static, 15.0 b) static, 7.5 kinetic, 7.5 d) kinetic, 15.0 more information is needed to determine the friction force
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