The 2.0-kg collar is at rest in position A when the constant force P is applied as shown. Determine the speed of the collaras it passes position B if P = 33 N. The curved rod lies in a vertical plane, and friction is negligible.K0.9 m-P410B1.6 m41°Part 1How much work Up is done by the force P = 33 N on the collar?Answer: Up =iN•m

Given, Mass of the collar, say M = 2 kg Force applied on the collar, P = 33 N Vertical distance…

Answered: The 2.0-kg collar is at rest in…

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Similar questions

Determine the force P required to force the 11° wedge under the 95-kg uniform crate which rests against the small stop at A. The coefficient of friction for all surfaces is 0.39. 8° Answer: P = 11° i 1.8 m 95 kg 0.6 m A 11° N
WA 4-m bar of negligible weight rests in a horizontal position on the smooth planes shown in Figure. Compute the distance x at which load T = 10 KN should be place from point B to keep the bar horizontal. * 1m P = 20 kN 30° 450 4 m 1.61 m O None of the above O 4.83 m О 3.00 m 1.00 m
Input-271m
If A = 1 kg, B = 2 kg, C = 801 kg, and the static of coefficient friction is equal to 0.04. 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
The hydraulic crane is used to lift the 1400-lb load. Determine the force in the hydraulic cylinder AB and the force in links AC and AD when the load is held in the position shown. B 30° 8 n 1 t 120 D 70° 7 R
k=2 lb/ft -¨¨¨¨¨ B Two blocks A and B have a weight of 11 lb and 6 lb, respectively. They are resting on the incline for which the coefficients of static friction are μA = 0.16 and μB = 0.23. Determine the angle 0 which will cause motion of one of the blocks. What is the friction force under each of the blocks when this occurs? The spring has a stiffness of k = 2 lb/ft and is originally unstretched. Determine the smallest angle which will cause motion of one of the blocks. Determine is the friction force under the block A at this angle. Determine is the friction force under the block Bat this angle.
1. The two homogeneous bars AB and BC are connected with a pin at B and placed between rough vertical walls. If the coefficient of static friction between each bar and the wall is 0.4, determine the largest angle 0 for which the assembly will remain at rest. 20 in. 6 lb 8 lb 20 in.
Based on the following figure if the value of F is equal to 2541 N and the angle α is equal to 26.3°. Determine the minimum mass of the block A (in kg) so that it does not slide to the right product of the force F, if it is known that the static coefficient of friction is 0.25 and the dynamic is 0.2.
The block A and the wedge B weighs 100 kN and 40 kN, respectively. The coefficient of fritction for all contacting surfaces is µ = 0.268. Determine the following: a. What value of P in kN would be required to push to the right the wedge under the block? b. What value of P in kN would be required to pull to the left the wedge under the block? Assume the block A is stll in contact with the wall just as motion starts.
Dont forget to draw the FREE BODY DIAGRAMS ALSO PLEASE! (:

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