Figure 2: Simplified Lever Representation of the Human Arm in Equilibrium With a Weighted Load 40cm In figure 2, if the weighted load (W) is equal to 1 kg and if the biceps muscle attaches 4 cm from the elbow joint at an angle (0) 30 degrees from the horizontal axis, then what is the value of Fm?
Figure 2: Simplified Lever Representation of the Human Arm in Equilibrium With a Weighted Load 40cm In figure 2, if the weighted load (W) is equal to 1 kg and if the biceps muscle attaches 4 cm from the elbow joint at an angle (0) 30 degrees from the horizontal axis, then what is the value of Fm?
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![Figure 2: Simplified Lever Representation of the Human Arm in
Equilibrium With a Weighted Load
40cm
In figure 2, if the weighted load (W) is equal to 1 kg and if the biceps
muscle attaches 4 cm from the elbow joint at an angle (0) 30 degrees
from the horizontal axis, then what is the value of Fm?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F238a2119-8246-4293-b239-2395a9d898e3%2Faff30d11-b744-4b18-8d9b-4ad2fd13d4d8%2Fw5anzmd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Figure 2: Simplified Lever Representation of the Human Arm in
Equilibrium With a Weighted Load
40cm
In figure 2, if the weighted load (W) is equal to 1 kg and if the biceps
muscle attaches 4 cm from the elbow joint at an angle (0) 30 degrees
from the horizontal axis, then what is the value of Fm?
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