Problem 1 A 25 lb block-on-a-slope (0 = 30°) mechanism has been arranged in the UHart Dynamics lab so that at the state shown, the spring (k = 15 lb/ft) is unstretched, the block has moved down so = 2 ft, and the block is moving downward at vo = 16 ft/s. The coefficient of friction is k = 0.20. A constant force of F = 10 lb s applied in line with the slope. Determine the additional distance the block moves down the slope when it stops. So 00000 k vo 0 F
Problem 1 A 25 lb block-on-a-slope (0 = 30°) mechanism has been arranged in the UHart Dynamics lab so that at the state shown, the spring (k = 15 lb/ft) is unstretched, the block has moved down so = 2 ft, and the block is moving downward at vo = 16 ft/s. The coefficient of friction is k = 0.20. A constant force of F = 10 lb s applied in line with the slope. Determine the additional distance the block moves down the slope when it stops. So 00000 k vo 0 F
Related questions
Question
Transcribed Image Text:Problem 1
A 25 lb block-on-a-slope (0 = 30°) mechanism has
been arranged in the UHart Dynamics lab so that at the
state shown, the spring (k = 15 lb/ft) is unstretched,
the block has moved down so = 2 ft, and the block is
moving downward at vo = 16 ft/s. The coefficient
of friction is μ = 0.20. A constant force of F = 10 lb
is applied in line with the slope.
Determine the additional distance the block moves
down the slope when it stops.
So
3
k
vo
F
0
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 2 steps with 1 images
