CCBYUBC EngineeringThe 6 kg block sits on the edge of a disk with a radius of r =1.25m.a. Assuming the block does not slip, what would be the force of friction between the block and the diskтadif the disk is rotating at a constant angular velocity of 1.6?SF19.2Nb. If the disk then begins to slow down and the coefficient of static friction between the block and thedisk is µs0.522, what is the magnitude of the maximum initial angular decceleration that wouldnot cause the block to slide on the disk?radМaximum a —

Answered: Image /qna-images/answer/7d0e53ff-ff38-4137-a62e-9c8a1158d8a1.jpg

The 6 kg block sits on the edge of a disk with a radius of r = 1.25m. a. Assuming the block does not slip, what would be the force of friction between the block and the disk rad if the disk is rotating at a constant angular velocity of 1.6- F = 19.2 N b. If the disk then begins to slow down and the coefficient of static friction between the block and the disk is µs = 0.522, what is the magnitude of the maximum initial angular decceleration that would not cause the block to slide on the disk? rad Maximum = 82

The 6 kg block sits on the edge of a disk with a radius of r = 1.25m. a. Assuming the block does not slip, what would be the force of friction between the block and the disk rad if the disk is rotating at a constant angular velocity of 1.6- F = 19.2 N b. If the disk then begins to slow down and the coefficient of static friction between the block and the disk is µs = 0.522, what is the magnitude of the maximum initial angular decceleration that would not cause the block to slide on the disk? rad Maximum = 82

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

See similar textbooks

Similar questions

06-A 40- kg block is placed on the uniform 10-kg beam, that is supported by the cable, which is attached to the end of the beam. The cable wraps around the pulley, and the cable is connected to the block. If the coefficient of the static friction between the block and the beam is μ-0.6. Neglecting friction forces in the pulley. Determine the maximum distance that the block can be placed from 0 and still remain in eqilibrium. Assume the block will not flip. Fig. (6) Distanc Pulley
Q3 - Blocks A and B have a mass of 7 kg and 10 kg, respectively, and there are pulleys at C and D. Using the coefficients of static friction indicated, determine the following: 1- The smallest force P which can be applied to the cord that causes impending motion. 2- Does block B spill, flip over, or nothing happen? Prove that. 400 mm D B 500 mm HAB=0.1 A P MA=0.3
Also solve if P is applied with θ = 45°, calculate the magnitude of the friction force. Express your answer in units of N.
A chain having a length L and weight W rests on a street for which the coefficient of static friction is us. If a crane is used to hoist the chain, determine the force P it applies to the chain if the length of chain remaining on the ground begins to slip when the horizontal component is Px. What length of chain remains on the ground? Given: L = 20 ft W = 8lb/ft = 0.2 us= : 10 lb Px =
The weight of the two boxes as shown in Figure are W1 = 500 N and W2 = 100 N. The coefficient of static friction, us and kinetic friction uk between box W1 and the inclined surface are 0.12 and 0.10 respectively (a) Determine the minimum tension force which the worker must exert on the rope to prevent the boxes from sliding (b) What range of tension force should be exerted on the rope so that the boxes remain stationary? 30
i need the answer quickly
Find Frictional Force as well
A (10 Kg mass) block is resting on a rough horizontal surface for which the coefficient of friction is (µ=0.30). Determine the force P applied to the block .
Determine the force P required to force the 13° wedge under the 82-kg uniform crate which rests against the small stop at A. The coefficient of friction for all surfaces is 0.31.
If A = 1 kg, B = 2 kg, C => 80 Determine the normal force exerted by the horizontal plane to Block B. Find the force F required to start C moving upward. Nb = Blank 1 N F = Blank 2 N Blank 1 Add your answer Blank 2 Add your answer A F 12° H|120 B kg, and the static of coefficient friction is equal to 0.04. C 10°
Determine the force P required to force the 18° wedge under the 83-kg uniform crate which rests against the small stop at A. The coefficient of friction for all surfaces is 0.39. P 4° 18° Answer: P = i 468 1.7 m 83 kg 0.8 m A 18° N
Help me with this..