A uniform rod of length L and mass m has forces applied as shown below. Which one of the following will NOT be true if the rod is in static equilibrium [take all angles to be positive]. F3 F1 F2 L/2 L/2 F4 mg O F2 cos(0) = F3 sin(0) O F2 sin(0) = F3 cos(0) O () mg = F¡L+ F2L sin(0) O (+) mg + F4L = F3L cos(0) O F4 (4) + F1 (4) + F2 (4) sin(@) = F3 (4) cos(8)
A uniform rod of length L and mass m has forces applied as shown below. Which one of the following will NOT be true if the rod is in static equilibrium [take all angles to be positive]. F3 F1 F2 L/2 L/2 F4 mg O F2 cos(0) = F3 sin(0) O F2 sin(0) = F3 cos(0) O () mg = F¡L+ F2L sin(0) O (+) mg + F4L = F3L cos(0) O F4 (4) + F1 (4) + F2 (4) sin(@) = F3 (4) cos(8)
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![A uniform rod of length L and mass m has forces applied as shown below. Which one of the following will NOT be true if the rod is
in static equilibrium [take all angles to be positive].
F3
F1
F2
L/2
L/2
F4
mg
F2 cos(0) = F3 sin(0)
F2 sin(0) = F3 cos(0)
ㅇ (특) mg
= F¡L+ F2L sin(0)
(플) mg + F4L = F3L cos(θ)
O FA ()) + Fi(늘) + F(블) sin(@) = F3 (늘) cos(0)
%3D](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6f8b034a-4c7c-470d-9618-23bab9c015a9%2F693250ca-de89-4da7-beea-703026a2dd9c%2Fsj3uaa_processed.png&w=3840&q=75)
Transcribed Image Text:A uniform rod of length L and mass m has forces applied as shown below. Which one of the following will NOT be true if the rod is
in static equilibrium [take all angles to be positive].
F3
F1
F2
L/2
L/2
F4
mg
F2 cos(0) = F3 sin(0)
F2 sin(0) = F3 cos(0)
ㅇ (특) mg
= F¡L+ F2L sin(0)
(플) mg + F4L = F3L cos(θ)
O FA ()) + Fi(늘) + F(블) sin(@) = F3 (늘) cos(0)
%3D
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