Problem 4: Rectangular block A weighs 100 lb and the half-circle block B weighs 150 lb. The surface between block A and the ground has a coefficient of static friction of µA-0.2 and the surface between block A and B has a coefficient of static friction of us 0.23. If a force was applied at point C, determine the minimum magnitude of this force to cause impending motion if: a) The force acts horizontally to the right b) The force acts horizontally to the left T 1.5 ft 4 ft B HB=0.23 A HA=0.2 2A-
Problem 4: Rectangular block A weighs 100 lb and the half-circle block B weighs 150 lb. The surface between block A and the ground has a coefficient of static friction of µA-0.2 and the surface between block A and B has a coefficient of static friction of us 0.23. If a force was applied at point C, determine the minimum magnitude of this force to cause impending motion if: a) The force acts horizontally to the right b) The force acts horizontally to the left T 1.5 ft 4 ft B HB=0.23 A HA=0.2 2A-
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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please include free body diagrams

Transcribed Image Text:Problem 4:
Rectangular block A weighs 100 lb and the half-circle block B weighs 150 lb. The surface between block
A and the ground has a coefficient of static friction of µA -0.2 and the surface between block A and B
has a coefficient of static friction of un-0.23. If a force was applied at point C, determine the minimum
magnitude of this force to cause impending motion if
a) The force acts horizontally to the right
b) The force acts horizontally to the left
T
1.5 ft
4 ft
2ft
B
HB=0.23
A HA=0.2
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