TI Two cylinders are placed in a 18 ft wide container. The blue cylinder has a radius r₁ = 5 ft and weighs 4250 lb and the yellow cylinder has a radius r2 = 9/2 ft and weighs 3400 lb. A= = Answers Assuming smooth contact surfaces, determine the magnitudes of Force A, where the two cylinders touch, Force B where the blue cylinder touches the bottom of the trough, and Force C where it touches the left wall. SBS = 72 C=

TI Two cylinders are placed in a 18 ft wide container. The blue cylinder has a radius r₁ = 5 ft and weighs 4250 lb and the yellow cylinder has a radius r2 = 9/2 ft and weighs 3400 lb. A= = Answers Assuming smooth contact surfaces, determine the magnitudes of Force A, where the two cylinders touch, Force B where the blue cylinder touches the bottom of the trough, and Force C where it touches the left wall. SBS = 72 C=

Name: T1Two cylinders are placed in a 18 ft wide container. The blue cylind
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Description: T1Two cylinders are placed in a 18 ft wide container. The blue cylinder hasa radius r₁ = 5 ft and weighs 4250 lb and the yellow cylinder has a radiusr₂ = 9/2 ft and weighs 3400 lb.A =AnswersAssuming smooth contact surfaces, determine the magnitudes

International Edition---engineering Mechanics: Statics, 4th Edition

4th Edition

ISBN:9781305501607

Author:Andrew Pytel And Jaan Kiusalaas

Publisher:Andrew Pytel And Jaan Kiusalaas

Chapter4: Coplanar Equilibrium Analysis

Section: Chapter Questions

Problem 4.41P: The center of gravity of the 3000-lb car is at G. The car is parked on an incline with the parking...

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Topic Video

Question

T1
Two cylinders are placed in a 18 ft wide container. The blue cylinder has
a radius r₁ = 5 ft and weighs 4250 lb and the yellow cylinder has a radius
r₂ = 9/2 ft and weighs 3400 lb.
A =
Answers
Assuming smooth contact surfaces, determine the magnitudes of Force
A, where the two cylinders touch, Force B where the blue cylinder
touches the bottom of the trough, and Force C where it touches the left
wall.
$BS =
12
C=

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