The cord is securely wrapped around pulley A of radius r = 0.4 m, which rotates with constantangular velocity w = 0.3 rad/s, and cylinder B, which rolls without slipping on the horizontalsurface. If at the instant shown d = 4 m, determine the time elapsed before the cylinder strikes thepulley. (t53.3 s)BrCdrA3

Answered: Image /qna-images/answer/88d18837-91de-4347-beab-7583eb66bb6d.jpg

Answered: The cord is securely wrapped around…

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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Bar AB is pinned to the fixed support at A, and the collar B is pinned to the bar at its opposite end. The bar CD can slide freely through the collar at B. At the instant shown, bar AB is horizontal, /= 1.2 m, s = 1.07 m, 0 = 60°, and wAB= 40 rad/s. If ªäß = 21 rad/s² at the instant shown, determine the angular velocity and angular acceleration of the bar CD. WAB αAB с. B The angular velocity of the bar CD is The angular acceleration of the bar CD is k rad/s. k rad/s².
At the instant shown, the uniform slender rod with mass m = 35 kg is pin-supported at point O. It is subjected to a counterclockwise moment M = 66 N•m, has a counterclockwise angular velocity of W= 5.1 rad/s, and the dimensions a = 0.19 m and b = 0.58 m. Determine angular acceleration of the rod (in rad/s2) at this instant. Please pay attention: the numbers may change since they are randomized. Your answer must include 2 places after the decimal point. Negative sign must be included if the angular acceleration is clockwise. Take g = 9.81 m/s2. O. · M Your Answer: Answer
The disk of radius r = 3 ft rolls without slipping on the horizontal surface with a constant angular velocity w If OB = 2 rad/sec. The pin B attached to bar OA engages the straight slot of the disk. 2r, and at the instant shown, BC 0.6r, calculate the angular velocity and angular = acceleration of bar OA for this instant. (WOA A ω = = 0.69 rad/sec CCW, αoA= 6.50 rad/sec² CW) r C B
I need the answer quickly
(5) 25 in = A 30° LAB B 450 (6) the acceleration a "A LBC = 18 in Вс Two rigid rods are configured as shown. (Cis a fixed axis of rotation, and B is a pin connection.) Given that at the instant shown, the System is at rest, and that the angular acceleration of rod BC is Bc = 4.2 rad /s² cow, find (at this instant) : (a) the angular acceleration & of rad AB (mag and divec) AB of end A (mag and direc)
ANSWER= 3.621790, -9.99745
- ONCE ANSWERED CORRECTLY WILL UPVOTE!!
The outer radius of the spool is R = 0.65 m and the radius of the inner hub is r = 0.35 m. Determine the magnitude of the acceleration of point A if ao = {(0.4)i} m/s?, vo = {(1)i} m/s and the spool rolls without slipping. The answers are given in m/s?. Note that O and A are at the same height. A R
The slender homogeneous rod shown below has just been released from rest. If g is the acceleration due to gravity, the magnitude of the angular acceleration of the rod is: L 9/21 a. b. 9/3L 39/24 C. d. 29/3L
A metal hoop with a radius r = 6 inches is released from rest on the 20 degree incline. The hoop rolls without slipping. & Determine the angular acceleration a of the hoop. b. Determine the time "t" for the hoop to move a distance of 10 feet down the incline. c. Repeat the problem assuming a Solid Sphere instead of hoop and compare your answers obtained in parts a and b. Comment. G 6" 20° = 0.15 k = 0.12
ANSWER= 3.621790, -9.99745 19 (aB)₂ = (aB)y 0 -12.49 A Two identical uniform slender rods with length 2.2 m and mass 3 kg are pin-connected at A. One of the rods is also pin-connected at its other end to fixed point O. If the system is released from rest in the position shown in the figure, find the initial acceleration of point Bat the end of the rightmost rod. The angle is 21°. For the purposes of reporting the acceleration, consider + to the right and +y upward. 3.8999 B x0% → x 0% m/s² m/s²
Carry out the speed analysis of the following mechanism, obtaining the general expressions (for any position) for the angular velocity of the bar BD and the sliding speed of the collar P on the bar BD. The angular velocity of the bar AP is known. Assume that the position analysis has already been carried out. Also report the expressions for linear and angular velocity of collar P. 200 m 3

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