wehar B real tronary forces does the man. to keep the Mead exert from his shoulder joins , he point o weight · Stationary?
wehar B real tronary forces does the man. to keep the Mead exert from his shoulder joins , he point o weight · Stationary?
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![**Description of Diagram:**
The image shows a basic diagram of a person holding two dumbbells, each weighing 6.08 kg, with their arms extended in opposite directions. The person is represented by a circle (head) and a vertical line (body) with two lines representing arms, marked by dumbbells at the end. The diagram is a 3D representation with coordinate axes labeled x, y, and z, originating from a point labeled 'O' at the shoulder joint.
**Text Transcription:**
The man's arm has a position vector of
\[
\langle -0.421, 0.856, 0.250 \rangle \, \text{[m]}
\]
What reactionary forces does the man need to exert from his shoulder joint, i.e., point O, to keep the weight stationary?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4c49c29d-b734-4891-8a07-7c122a77a78d%2F8d57a35e-8776-4252-84c7-dcaf47502b53%2Fotjymf_processed.jpeg&w=3840&q=75)
Transcribed Image Text:**Description of Diagram:**
The image shows a basic diagram of a person holding two dumbbells, each weighing 6.08 kg, with their arms extended in opposite directions. The person is represented by a circle (head) and a vertical line (body) with two lines representing arms, marked by dumbbells at the end. The diagram is a 3D representation with coordinate axes labeled x, y, and z, originating from a point labeled 'O' at the shoulder joint.
**Text Transcription:**
The man's arm has a position vector of
\[
\langle -0.421, 0.856, 0.250 \rangle \, \text{[m]}
\]
What reactionary forces does the man need to exert from his shoulder joint, i.e., point O, to keep the weight stationary?
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