Attached to the rope of length R = 0.5m, the object with mass m = 1kg is rotated clockwise in a vertical plane. Object; The linear speed is 2m / s when it is at point A in the first second, and when the linear speed is 8m / s when it is at point B in the second second, the theta = 127 degrees between A and B is swept. a) Calculate the tensile forces on the rope while the object is at A and B points. b) Calculate the total acceleration vectorially when the object is at point A. (g=10m/s^2, sin37=0.6 and cos37=0.8)
Attached to the rope of length R = 0.5m, the object with mass m = 1kg is rotated clockwise in a vertical plane. Object; The linear speed is 2m / s when it is at point A in the first second, and when the linear speed is 8m / s when it is at point B in the second second, the theta = 127 degrees between A and B is swept. a) Calculate the tensile forces on the rope while the object is at A and B points. b) Calculate the total acceleration vectorially when the object is at point A. (g=10m/s^2, sin37=0.6 and cos37=0.8)
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Attached to the rope of length R = 0.5m, the object with mass m = 1kg is rotated clockwise in a vertical plane. Object; The linear speed is 2m / s when it is at point A in the first second, and when the linear speed is 8m / s when it is at point B in the second second, the theta = 127 degrees between A and B is swept.
a) Calculate the tensile forces on the rope while the object is at A and B points.
b) Calculate the total acceleration vectorially when the object is at point A.
(g=10m/s^2, sin37=0.6 and cos37=0.8)
Transcribed Image Text:А
m
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