The 50kg pendulum has a center of mass at G and a radius of gyration about G of kG=250mm. A) Determine the horizontal component of reaction on the beam by the pin A at the instant ? =90? when the pendulum is rotating at ?=7rad/s. Neglect the weight of the beam and the support B) Determine the vertical component of reaction on the beam by the pin A at the instant ? =90? when the pendulum is rotating at ?=7rad/s. c) Determine the normal reaction of the roller B at the instant ?=90? when the pendulum is rotating at ? =7rad/s

The 50kg pendulum has a center of mass at G and a radius of gyration about G of kG=250mm. A) Determine the horizontal component of reaction on the beam by the pin A at the instant ? =90? when the pendulum is rotating at ?=7rad/s. Neglect the weight of the beam and the support B) Determine the vertical component of reaction on the beam by the pin A at the instant ? =90? when the pendulum is rotating at ?=7rad/s. c) Determine the normal reaction of the roller B at the instant ?=90? when the pendulum is rotating at ? =7rad/s

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

I need the answer as soon as possible
The 0.02kg particle moves along the dashed trajectory shown and has indicated velocities at positions A and B. Calculate the time average of the moment about O of the resultant force P acting on the particle during the 0.5 second required for it to go from A to B.
Q1 Determine the member end moments and reactions for the frames shown below by using the slope-deflection method. 27 KN- 1432 E 1 C 21 21 10m- E constant 5m 5m
The 20-lb disk is rigidly attached to the 7-lb bar OA, which is pivoted freely about a horizontal axis through point O. If the system is released from rest in the position shown, determine the angular velocity w of the bar and the magnitude Rof the pin reaction at O after the bar has rotated 90°. OA = 21" Answers: 7.81 rad/s 104 97
QUESTION 4) Calculate the 12kN/m support reactions and hinge force in the system shown in figure. 6771 H 3m B 3m OG 10kN 4 5kNm A
ASAP THANKS
Find the magnitude (in Nm) of the couple moment acting on the pipe assembly if P = 56 kN. Round off only on final answer expressed in 3 decimal places.
Remaining Time: 52 minutes, 15 seconds. Question Completion Status: SHARED TUTORIAL SES OR GROUPS UST CE E018 AY2223 2.0 = DO NOT INCLUDE NEGATIVE SIGNS IN YOUR ANSWERS Calculate the magnitude and direction of resultant with respect to the x-axis. 1. R = KN use 2 decimal places • use 3 decimal places F3 Calculate the moment of the force system about point A, if L = 2.8 m. 3. M = KN-m use 3 decimal places
Question 1(b) If everything else about the frame in Figure Q1(a) remains the same except for the way the frame is supported at D which is now a roller as shown in Figure Q1(b), recalculate the joint moments at Band Cusing the moment-distribution method. 20 kN/m C 4 m 8 m A 8 m 6 m Figure Q1(a)
Situation 12: 37. 11. A bearn is loaded as shown in the figure. Use E= 200 GPa and 1 = 129x10° mm a. b. B 1 m a. b. 480 N/m 3 m [c 2m Which of the following most nearly gives the rotation at A? 4.20° (counterclockwise) 2 4.02° (clockwise) D 103.16 mm (downward) 94.80 mm (downward) 4.20° (clockwise) b. d.4.02° (counterclockwise) Which of the following most nearly gives the deflection midway between the supports? 2m 600 N d. d. Which of the following most nearly gives the deflection at the overhanging end? 34.88 mm (upward) 56.99 mm (upward) 111.24 mm (downward) 88.45 mm (downward) 56.99 mm (downward) 34.88 mm (downward)
4. PLEASE ANSWER ASAP