Using the system diagram on the right, determine both the magnitude (in N) and angle (in °) of the unknown force F, that will ensure the "knot" (black dot) is kept in static equilibrium, i.e. completely at rest. 34 N. 28 N 40.0 33.00
Using the system diagram on the right, determine both the magnitude (in N) and angle (in °) of the unknown force F, that will ensure the "knot" (black dot) is kept in static equilibrium, i.e. completely at rest. 34 N. 28 N 40.0 33.00
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![Using the system diagram on the right, determine both the
magnitude (in N) and angle (in °) of the unknown force F3 that will
ensure the "knot" (black dot) is kept in static equilibrium, i.e.
completely at rest.
34 N.
28 N
40.0°
33.0°](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fabada760-54ff-4a11-ad0c-ca5f4e1c7e32%2F376bc44e-dfc3-406a-b652-ee5ecbe127d5%2Fd31947_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Using the system diagram on the right, determine both the
magnitude (in N) and angle (in °) of the unknown force F3 that will
ensure the "knot" (black dot) is kept in static equilibrium, i.e.
completely at rest.
34 N.
28 N
40.0°
33.0°
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