The rod AB has a velocity and an acceleration at the wheel A of 4 m/sec and 6 m/sec?. Given the information, please VA-4 m/sec answer the following questions. a,=6 m/sec? 30 AB=0.6 m (a) Angular velocity of the rod AB. (Hint: locate the IC for this problem). 30° (b) Angular acceleration of the rod AB. (c) Linear acceleration of the wheel B (along the inclined plane).

The rod AB has a velocity and an acceleration at the wheel A of 4 m/sec and 6 m/sec?. Given the information, please VA-4 m/sec answer the following questions. a,=6 m/sec? 30 AB=0.6 m (a) Angular velocity of the rod AB. (Hint: locate the IC for this problem). 30° (b) Angular acceleration of the rod AB. (c) Linear acceleration of the wheel B (along the inclined plane).

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

All parts
Help me pls. Complete solution
please solve correct
At a certain instant, the velocity of cylinder B is 1.37 m/s down and its acceleration is 3.76 m/s² up. Determine the corresponding velocity and acceleration of block A. The velocity and acceleration of A are positive if down the slope and negative if up the slope. Answers: VA = aA = i i B m/s m/s²
1. When s = 0.6 m, the spring is unstretched and the 10-kg block has a speed of 5 mls down the smooth plane. Determine the distance s when the block stops. k = 200 N/m 5 m/s F= 100 N 30/ For educational purposes only. Page | 20 2. The small cart has a speed VA = 4 m/s at point A. Neglecting friction, determine its speed VB as it passes point B. Is knowledge of the shape of the track necessary? A= 4 m/s 1.8 m А 3. The motor unit A is used to elevate the 300-kg cylinder at a constant rate of 2 m/s. If the power meter B registers an electrical input of 2.20 kW, calculate the combined electrical and mechanical efficiency e of the system. 100 kg 300 kg 2 m/s 4. The 10kg block is released from rest on the horizontal surface at point B, where the spring has been stretched a distance of o.5m from its neutral position A. The coefficient of kinetic friction between the block and the plane is o.30. Calculate the velocity of the block as it passes point A and the maximum distance x to the left of…
Q2A = 2 inches, AB = 1 4 inches and AC = 2 inches. If slide 6 has an instantaneous velocity of 1 fps to the right, find the velocity of A and velocity of block B using Instantaneous Axis of Velocity method. (Ks: 1 in. = 2 in.; Ky: 1 fps = 1 in.) B 2 60° LINEAR VELOCITY OF A = FPS LINEAR VELOCITY OF B = FPS
do not round off the answers
I will downvote the wrong answers , please be carefull
Problem #3 (3 60° The wheel is rotating about a pivot at point O with angular rate of w = 8 rad/s and with an angular acceleration of a = 16 rad/s, both clockwise. A rod of length { = 500 mm connects point B, at radius r = 150 mm on the wheel, to point A on a collar constrained to slide on a fixed horizontal bar. a = 16 rad/s? l = 500 mm W = 8 rad/s B r = 150 mm 30° At the instant point B is 30° above the horizontal and rod AB makes an angle of 60° with the horizontal bar : а. What is the velocity of point B? b. What is the tangential acceleration of point B? с. What is the normal acceleration of point B? d. What is the angular velocity of the rod AB? е. What is the angular acceleration of the rod AB? f. What is the linear velocity of point A? g. What is the linear acceleration of point A?
37 ? A crane lifts a load from ground level. The height, s m, of the lift at time t seconds is given by s = 50 for 0< t< 11s. 250 A) Find the height of the load when the velocity is zero. ( meters) B) Find the time when the acceleration of the load is zero. ( seconds) C) Find the height of the load at this time. ( meters)
Help!!!!
2) A ball weighing 0.9N is attached to the lower end of a thin cord of which length is 0.7m. The upper end of the cord is fixed. The ball oscillates along a path of a vertical circle. Determine the tangential component of the acceleration of the ball at the instants when the cord makes the angles of A) 90°, B) 37°, and C) 0° with the vertical direction. Ignore the weight and the friction of the cord.