A block with a mass of 34 kg is moving at constant velocity because a force of 140 N is applied to the right at an upward angle of 24.8 degrees as shown. Use g=10 N/kg.What is the magnitude of the friction force? What is the magnitude of the normal force? In this diagram, we see a block with mass "m" resting on a horizontal surface. An external force "F" is applied to the block at an angle "θ" above the horizontal. The force vector is represented with an arrow, indicating the direction and angle of application. This setup is typically used in physics to analyze the components of the force, including those parallel and perpendicular to the surface, which affect the motion of the block. Understanding the breakdown of forces in such scenarios is crucial for solving problems related to friction, acceleration, and dynamics.

Mass of the block, m=34 kg The magnitude of the force, F=140 N The angle of applied force with…

Answered: A block with a mass of 34 kg is moving…

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 block with a mass of 34 kg is moving at constant velocity because a force of 140 N is applied to the right at an upward angle of 24.8 degrees as shown. Use g=10 N/kg.

What is the magnitude of the friction force?

What is the magnitude of the normal force?

In this diagram, we see a block with mass "m" resting on a horizontal surface. An external force "F" is applied to the block at an angle "θ" above the horizontal. The force vector is represented with an arrow, indicating the direction and angle of application. This setup is typically used in physics to analyze the components of the force, including those parallel and perpendicular to the surface, which affect the motion of the block. Understanding the breakdown of forces in such scenarios is crucial for solving problems related to friction, acceleration, and dynamics.

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