he figure shows an outstretched arm (0.61 m in length) that is parallel to the floor. The arm is pulling downward against the ring attached to the pulley system, in order to hold the 98-N weight stationary. To pull the arm downward, the latissimus dorsi muscle applies the force M in the figure, at a point that is 0.069 m from the shoulder joint and oriented at an angle of 29°. The arm has a weight of 42 N and a center of gravity (cg) that is located 0.28 m from the shoulder joint. Find the magnitude of force M. Axis at houlder joint v 29° M 0.28 m 0.069 m 0.61 m - cg 98 N
he figure shows an outstretched arm (0.61 m in length) that is parallel to the floor. The arm is pulling downward against the ring attached to the pulley system, in order to hold the 98-N weight stationary. To pull the arm downward, the latissimus dorsi muscle applies the force M in the figure, at a point that is 0.069 m from the shoulder joint and oriented at an angle of 29°. The arm has a weight of 42 N and a center of gravity (cg) that is located 0.28 m from the shoulder joint. Find the magnitude of force M. Axis at houlder joint v 29° M 0.28 m 0.069 m 0.61 m - cg 98 N
Related questions
Question

Transcribed Image Text:he figure shows an outstretched arm (0.61 m in length) that is parallel to
the floor. The arm is pulling downward against the ring attached to the
pulley system, in order to hold the 98-N weight stationary. To pull the arm
downward, the latissimus dorsi muscle applies the force M in the figure,
at a point that is 0.069 m from the shoulder joint and oriented at an angle
of 29°. The arm has a weight of 42 N and a center of gravity (cg) that is
located 0.28 m from the shoulder joint. Find the magnitude of force M.
Axis at
houlder
joint
29°
M
0.28 m
0.069 m
0.61 m
cg
98 N
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 2 images
