1. The two blocks shown weigh W = 60 lb and Wg = 40lb . If the blocks are released from rest from the position shown, determine the velocity of block B %3D A after it has moved 10 ft. Use Constraint Equations (for pulley), Equation of Motion (Newton's second law), and the Principle of Work and Energy. i.. NOT allowed to use Chegg or other such websites B.
1. The two blocks shown weigh W = 60 lb and Wg = 40lb . If the blocks are released from rest from the position shown, determine the velocity of block B %3D A after it has moved 10 ft. Use Constraint Equations (for pulley), Equation of Motion (Newton's second law), and the Principle of Work and Energy. i.. NOT allowed to use Chegg or other such websites B.
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Transcribed Image Text:1. The two blocks shown weigh W, = 60 lband W, =
released from rest from the position shown, determine the velocity of block B
= 40lb . If the blocks are
A
after it has moved 10 ft.
Use Constraint Equations (for pulley), Equation of Motion (Newton's second law), and
the Principle of Work and Energy. 1.
NOT
allowed
to use
Chegg
or other
such
websites
B.
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