Please solve this question in hand writting step by step. ### Problem Statement:1. The double pulley shown is attached to an 8-mm-radius shaft that fits loosely in a fixed bearing. If the static friction coefficient $(\mu_s)$ is 0.45 and the kinetic friction coefficient $(\mu_k)$ is 0.40, and the weight of the pulley is 25 N, determine: - (a) the magnitude of the force $P$ required to start raising the load. - (b) the magnitude of the force $P$ required to start lowering the load at a constant speed.### Diagram Explanation:The diagram shows a double pulley system with the following details:- A point $A$ marks the shaft's position.- The radius of the pulley from point $A$ to the outer edge is 90 mm.- The radius of the shaft is 8 mm.- A weight of 20 kg is suspended from the pulley, with the rope going over the pulley and being pulled by force $P$ on the other side.- The distance from the center of the pulley to the point of application of force $P$ is 45 mm.### Calculations Shown:- The frictional force ($F_r$) is calculated using the radius of the shaft: \[ F_r = 8\, \text{mm} \times 0.45 = 3.6\, \text{mm} = 0.0366\, \text{m} \]- Using the distances and weights given: \[ \left( \frac{90\, \text{mm}}{100\, \text{mm}} \right) \rightarrow 0.036\, \text{m} - 20\, \text{kg} \] - Equations attempted to solve for $P$: \[ P - 20.036 = 0 \] \[ 90.036\: P = 20.036 \] \[ P = 2.3 \text{ (calculated value)} \]*Note: The transcription captures the essence and content of the material for educational presentation.*

Answered: Image /qna-images/answer/cc65dedc-7ca6-4aa3-b626-6de8123a5bd6.jpg

If the 1. The double pulley shown is attached to a 8-mm-radius shaft that fits loosely in a fixed bearing. Ms = 0.45 and M = 0.40 and the weight of the pulley is 25 N, (a) determine the magnitude of the force P required to start raising the load, and (b) determine the magnitude of the force P required to start lowering the load a constant speed. Fr=8mm x 0145 = 3.6 mm = 01366 M х1 фотин 01036m) HP - 20,036 = 0 P 20,036 100 mn 90 mm A 45 mm, 20kg +90361 р. 20,036 MIM 20 kg P CH 23,99 kg Jag

If the 1. The double pulley shown is attached to a 8-mm-radius shaft that fits loosely in a fixed bearing. Ms = 0.45 and M = 0.40 and the weight of the pulley is 25 N, (a) determine the magnitude of the force P required to start raising the load, and (b) determine the magnitude of the force P required to start lowering the load a constant speed. Fr=8mm x 0145 = 3.6 mm = 01366 M х1 фотин 01036m) HP - 20,036 = 0 P 20,036 100 mn 90 mm A 45 mm, 20kg +90361 р. 20,036 MIM 20 kg P CH 23,99 kg Jag

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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