Two (2) huge circular mass are resting inside a larger container with a length equal to 9 meters. The radius of the ball weighing 10 kg is 2 meters, whereas the ball weighing 12 kg is 3 meters. Through your solutions, prove that the reactions at points A, B, C, and D are similar to the values shown below. Tip: first determine the angle of Reaction B with respect to x-axis (or the length components if you are familiar with using triangles) by using the radii and length of the container. Rb = 163.5 N Ra = 130.8 N Rd = 215.82 N Rc = 130.8 N
Two (2) huge circular mass are resting inside a larger container with a length equal to 9 meters. The radius of the ball weighing 10 kg is 2 meters, whereas the ball weighing 12 kg is 3 meters. Through your solutions, prove that the reactions at points A, B, C, and D are similar to the values shown below. Tip: first determine the angle of Reaction B with respect to x-axis (or the length components if you are familiar with using triangles) by using the radii and length of the container. Rb = 163.5 N Ra = 130.8 N Rd = 215.82 N Rc = 130.8 N
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Two (2) huge circular mass are resting inside a larger container with a length equal to 9 meters. The radius of the ball weighing 10 kg is 2 meters, whereas the ball weighing 12 kg is 3 meters. Through your solutions, prove that the reactions at points A, B, C, and D are similar to the values shown below. Tip: first determine the angle of Reaction B with respect to x-axis (or the length components if you are familiar with using triangles) by using the radii and length of the container.
Rb = 163.5 N
Ra = 130.8 N
Rd = 215.82 N
Rc = 130.8 N
Transcribed Image Text:10 kg
A
12 kg
В
9.
Transcribed Image Text:200 N
53
A
36°
1.5
189 N
42 kN/m
3
В
4
3
3
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