For the following equilibrium system, assuming all strings are ideal. If the mass M = 50, and the angles B and 0 are 50 and 30", respectively. What is the value of the magnitude of the voltage T4? eT2 M a) T =762.3042 N b) T=980 N c) T 565.8035 N %3D d) T =639.6499 N
For the following equilibrium system, assuming all strings are ideal. If the mass M = 50, and the angles B and 0 are 50 and 30", respectively. What is the value of the magnitude of the voltage T4? eT2 M a) T =762.3042 N b) T=980 N c) T 565.8035 N %3D d) T =639.6499 N
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![For the following equilibrium system, assuming all strings are ideal. If
the mass M = 50, and the angles B and 0 are 50 ° and 30, respectively.
What is the value of the magrnitude of the voltage T4?
a) T = 762.3042 N
b) T = 980 N
c) T, = 565.8035 N
d) T=639.6499 N](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5a2373c9-cf40-44a2-a1f7-b435c124a9ea%2F3f70cbd9-5f41-44c4-a529-bf97589d7023%2Fgtvw0fh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For the following equilibrium system, assuming all strings are ideal. If
the mass M = 50, and the angles B and 0 are 50 ° and 30, respectively.
What is the value of the magrnitude of the voltage T4?
a) T = 762.3042 N
b) T = 980 N
c) T, = 565.8035 N
d) T=639.6499 N
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