A 3-meter steel bar has a mass of 30 kg rests ontwo inclined planes as shown in the figure. Themass center is 1.2 meter from one end as shown.Both ends are provided with frictionless rollers.1.8 m.1.2 m30 kg40 deg25 deg(a) Calculate the angle "x" which the bar makeswith the horizontal to be in equilibrium.(b) Calculate the reaction at point A.(c) Calculate the reaction at point B.

Given: The length of the steel bar is 3 m. The mass is 30 kg.

Answered: A 3-meter steel bar has a mass of 30 kg…

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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Consider the two-member frame shown in (Figure 1). Neglect the thickness of the members. Assume A, B and C are pins. Suppose that w = 5.5 kN/m. Figure 2 kN/m 6 m 6 m 1 of 1 2.5 m 4 m Determine the x and y components of the reaction at A. Express your answers using three significant figures separated by a comma. ► View Available Hint(s) Az, Ay = Submit IVE ΑΣΦ ↓↑ vec - 6.74,32.67 Part B Previous Answers Request Answer X Incorrect; Try Again Determine the x and y components of the reaction at C. Express your answers using three significant figures separated by a comma. ► View Available Hint(s) IVE ΑΣΦ Screenshot ,Cy= 14.74,34.33 kN vec kN
Given the bended rod as shown below. Determine the following: a.) The x-component of Reaction A. b.) The y-component of Reaction A. c.) The Reaction B. 500 N 4 m 5 A, A 3 m 30°- NB
According to the above sketch. The value of reaction at roller A is equal: 6 kN 8 kN B. C 2 m 2 m 4 m RA = 8.5 KN RA = 5 KN RA = 8.5 N RA = 5 N
In the figure below, the cylinder A, which has a radius of 1.5m and a weight of 1kN, rests on the two cylinders C and B, each weighing 500N. Find the amount of force F that brings the cylinder assembly into equilibrium. Then find the reaction between cylinder A and each of the two cylinders B, C knowing that all the copper surfaces are smooth 2 m
The 8 ft diameter cylinder weighs 500 lb and rest on the bottom of the tank that is 3ft long, water and oil are poured into the left and right portions of the tank to depths of 2ft and 4ft respectively. Find the net horizontal hydrostatic force and the Reaction at B water 2 ft FH(water) = 374.4 lb FH(oil) = 1123.2 lb RB = 2184.12 lb r=4ft 4 ft oil 0.75
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4. A 10-kg cylinder is suspended by the frictionless and massless spring-pulley system in Figure 4 (the ring that connects the springs has negligible mass). Each spring has a rest (unstretched) length of 1 m. Find the set of spring stiffnesses KAD, KAB, and KAC that keeps this 10-kg cylinder in static equilibrium. KAD 2 m 2 m A KAB KAC 3 m- B C 4 m 3 m Figure 4 A spring-pulley system holding a cylinder in static equilibrium.
A curved gate in the shape of the circular arc was used to hold oil and water in the container shown. If it is hinged at point O and the gate is 4 m wide into the paper 7 oil (0-86) Hh₂0 B Determine the Reaction at Hinge O. 2m 2m R=6M 30° O
A) By means of the transformations of a couple, replace the force system shown in Figure 3, by a force along line CD and a couple. 800 kN 300 kN 300 kN 4 m 4 m 2 m 4 m (Figure 3)
Draw Free body diagram
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Determine the magnitude of the reaction By (N) of the figure shown. 2,000 s00 N/

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