a) Body A weighs 60 lb, has a radius of gyration with respect to a horizontal axis through G of 0.60 ft, and rolls without slipping along the inclined plane. The velocity of B changes from 15 to 6 fps (both upward) after moving upward a distance of 6 ft. Determine the weight of B using Newton's Equations of Mo- tion b) Solve question using the principle of Work & Energy. Which method is easier?
a) Body A weighs 60 lb, has a radius of gyration with respect to a horizontal axis through G of 0.60 ft, and rolls without slipping along the inclined plane. The velocity of B changes from 15 to 6 fps (both upward) after moving upward a distance of 6 ft. Determine the weight of B using Newton's Equations of Mo- tion b) Solve question using the principle of Work & Energy. Which method is easier?
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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a) Body A weighs 60 lb, has a radius of gyration with respect to a horizontal axis through G of 0.60 ft, and rolls without slipping along the inclined plane. The velocity of B changes from 15 to 6 fps (both upward) after moving upward a distance of 6 ft. Determine the weight of B using Newton's Equations of Mo- tion
b) Solve question using the principle of Work & Energy. Which method is easier?
Transcribed Image Text:12"
6
G
30°
B
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