PLEASE ANSWER THIS URGENT. I WILL SURELY UPVOTE!!! Consider the following data for the table below:• Angle of Repose = 24°• Mass of Block = 124 g• Added Mass on Block = 300 gCoefficient of Static Friction (Inclined vs. Horizontal)Horizontal SurfaceInclined SurfacePercentDifferenceBase Height Value of(cm) (cm) μsAngle ofReposeMass ofBlock (g)Added Masson Block (g)Hanging Value ofMass (g) μls(%)(A)(B)(C)What amount of mass in (B) must be suspended such that the percent different between the coefficient of static friction obtained from both the inclined and horizontal surfaces is 0%7O 189 gO 134 gO 55.2 gO 102 g

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Description: PLEASE ANSWER THIS URGENT. I WILL SURELY UPVOTE!!! Consider the following data for the table below:• Angle of Repose = 24°• Mass of Block = 124 g• Added Mass on Block = 300 gCoefficient of Static Friction (Inclined vs. Horizontal)Horizontal SurfaceIn

in this question we use newton's second law of motion .

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Consider the following data for the table below: • Angle of Repose = 24° • Mass of Block = 124 g • Added Mass on Block = 300 g Coefficient of Static Friction (Inclined vs. Horizontal) Horizontal Surface Percent Difference Inclined Surface Base Height Value of (cm) (cm) μs (A) Angle of Mass of Repose Block (g) Added Mass on Block (g) Hanging Value of Mass (g) μls (%) (B) (C) What amount of mass in (B) must be suspended such that the percent different between the coefficient of static friction obtained from both the inclined and horizontal surfaces is 0%? O 189 g O 134 g O 55.2 g O 102 g

Consider the following data for the table below: • Angle of Repose = 24° • Mass of Block = 124 g • Added Mass on Block = 300 g Coefficient of Static Friction (Inclined vs. Horizontal) Horizontal Surface Percent Difference Inclined Surface Base Height Value of (cm) (cm) μs (A) Angle of Mass of Repose Block (g) Added Mass on Block (g) Hanging Value of Mass (g) μls (%) (B) (C) What amount of mass in (B) must be suspended such that the percent different between the coefficient of static friction obtained from both the inclined and horizontal surfaces is 0%? O 189 g O 134 g O 55.2 g O 102 g

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter6: Energy Of A System

Section: Chapter Questions

Problem 9OQ

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