I. Problem Solving. Use 3-decimal places. All solutions must have rigorous explanation. PROBLEM NO. 1 The 69.69-kg block A rests on a smooth plane and is connected by a flexible inextensible cord that passes around the weightless and frictionless pulleys up to a support. The 96.96-kg block B is attached as shown in the figure. After the system is released from rest, in what distance will the block on the plane attain a velocity of 8 m/s. Also, determine the direction of the movement. 35° A LIUM

I. Problem Solving. Use 3-decimal places. All solutions must have rigorous explanation. PROBLEM NO. 1 The 69.69-kg block A rests on a smooth plane and is connected by a flexible inextensible cord that passes around the weightless and frictionless pulleys up to a support. The 96.96-kg block B is attached as shown in the figure. After the system is released from rest, in what distance will the block on the plane attain a velocity of 8 m/s. Also, determine the direction of the movement. 35° A LIUM

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

kindly answer this engineering mechanics statics problem with complete solution and graph, thank you so much
Provide Clear solution and correct answer
Read the question carefully and give me right solutions with clear calculations.
Dynamics, please solve correctly and understandable.
A 900 N-m couple is applied to the flywheel in the diagram. The minimum force X required to prevent rotation of the flywheel is also applied. If the coefficient of belt friction is 0.20, a. which tension is larger, TA or TB?Explain b. What is the angle of contact in radians? c. What is the value of the ratio TA/TB?
m = 0.19 kg k= 162 N/m Urgent,please solve quickly about these information.
Statics of rigid bodies: Friction A lightweight rope is wrapped around a 1780-N drum, passes over a frictionless pulley, and is attached to a weight W (see figure). The coefficient of friction between the drum and the surfaces is 0.50. Determine the maximum amount of weight that can be supported by this arrangement. *solve for the tension first from the fbd of pulley.
Engineering Mechanics The maximum tension that can be developed in the cord shown in Fig. below is 500 N. If the pulley at A is free to rotate and the coefficient of static friction at the fixed drums B and C is μs = 0.25, determine the largest mass of the cylinder that can be lifted by the cord.
3. The 2kg ball is attached to 1.2 m light string, making a simple pendulum. It is displaced angle 45 degrees from the vertical and released at t=0s. Directly below the pivot of the pendulum is a 2kg box, attached to a spring of constant k=0.4N/m on a frictionless, horizontal surface. When the boll collides with a box, the boll disconnects from the string and sticks to the box. (a) At what time will the spring first reach its maximum compression? (b) Find the amplitude of the spring oscillations. α
PA 5⁰1 MA Pully A of the treadmill is driven by a motor that can supply a moment M_A = 200 in.lb. Pully B is frictionless, and its bearing slides in a frictionless slot where force P tensions the belt. Both Pulleys A and B have 1.5 in, radius and the coefficient of static friction between pulley A and the belt is 0.3. Determine the smallest value of P needed to prevent slip between pulley A and the belt.
Solve with FBD
I need the answer as soon as possible