show work along with a free body diagram ### Problem Description:A bedroom bureau with a mass of 47 kg, including drawers and clothing, rests on the floor.#### (a) Problem 1:If the coefficient of static friction between the bureau and the floor is 0.44, what is the minimum horizontal force a person must apply to start the bureau moving?- **Calculated minimum force:** 203 N #### (b) Problem 2:If the drawers and clothing, with 18 kg mass, are removed before the bureau is pushed, what is the new minimum magnitude of the force required?- **New calculated minimum force:** 125 N ### Explanation:- **Coefficient of Static Friction:** This is a measure of how much force is needed to start moving an object at rest, relative to the surface it’s on.- **Minimum Force Calculations:** The values given indicate the calculated horizontal forces needed to overcome static friction in each scenario.No graphs or diagrams are present in the image. Only numerical values and equations are shown to solve for the required forces.

Answered: Image /qna-images/answer/9c7fdb89-3e1f-4003-8dab-1dab0667d5a1.jpg

A bedroom bureau with a mass of 47 kg, including drawers and clothing, rests on the floor. (a) If the coefficient of static friction between the bureau and the floor is 0.44, what is the minimum horizontal force a person must apply to start the bureau moving? 203 V 203 N (b) If the drawers and clothing, with 18 kg mass, are removed before the bureau is pushed, what is the new minimum magnitude? 125 125 N

A bedroom bureau with a mass of 47 kg, including drawers and clothing, rests on the floor. (a) If the coefficient of static friction between the bureau and the floor is 0.44, what is the minimum horizontal force a person must apply to start the bureau moving? 203 V 203 N (b) If the drawers and clothing, with 18 kg mass, are removed before the bureau is pushed, what is the new minimum magnitude? 125 125 N

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)...

See similar textbooks

Similar questions

How do we calculate the work done by a force? Image you are pushing a box onthe floor at an angle of 45◦ below horizontal for a distance of 2 m. What is thework done by you?
What are the equations for Work and Force ?
What is the net work of a system if there is an applied force pushing it at a value of 5266.62 at a distance of 60.8m if there is a resisting force caused by the surface of a floor having a coefficient of kinetic fricition value of 0.051? The mass of the object is 104.19. What is the final velocity of the object upon reaching the last point of the distance covered?
Describe the energy transformations when a child hopsaround on a pogo stick (there is a spring inside).
You push your much-loved 3-kg physics book 0.95 m along a horizontal table top with a horizontal force of 2.78 N against a frictional force of 0.62 N. What is the total work in J done on the book? Give your answer to 2 decimal place.
Format of the output: GRESA (Given, Required, Equation, Solutions, Answer) 1. What is the net work of a system if there is an applied force pushing it at a value of (GIVEN A)N at a distance of (GIVEN B)m if there is a resisting force caused by the surface of a floor having a coefficient of kinetic friction value of (GIVEN C)? The mass of the object is (GIVEN D)kg. What is the final velocity of the object upon reaching the last point of the distance covered? Express work in proper scientific notation.
Maddie is pulling on a rope to drag her backpack to school, across the ice. She pulls with a force of 427 N at an angle of 35 degrees above the horizontal. She drags her backpack a horizontal distance of 221 meters to the right. Determine Maddie's work done upon the backpack. Round your final answer to a whole number.
A net force of 300 Newtons is applied to an object with a mass of 100 kilograms. How far does this object move over 15 seconds? Show equations, work, and units.
When you are looking at a mechanics problem, what tells yon that you should use the Work- Energy theorem to solve it?
Explain Work done by a varying force or on a curved path.
Work is equal to O Force + distance O Force - distance O Force / distance O Force * distance