Calculating Tension in Ropes for a Suspended Circus Performer

AI Thread Summary
The discussion focuses on calculating the tension in ropes supporting a 76.0-kg circus performer who is momentarily motionless while clinging to a trapeze. The participant presents equations based on the free body diagram, including the sum of forces in both x and y directions. They question the validity of their equations and consider alternative angles for tension calculations. Responses confirm that the initial equations are correct and validate the use of adjusted angles for T1. The conversation emphasizes the importance of accurate force analysis in solving the problem.
qwertz

Homework Statement


After a mishap, a 76.0-kg circus performer clings to a
trapeze, which is being pulled to the side by another circus
artist, as shown here. Calculate the tension in the two ropes
if the person is momentarily motionless. Include a free body diagram in your solution
MhHZ9mj.png


Homework Equations


∑Fx = T2cos10-T1sin(15)=0
∑Fy=T1cos(15)+T2sin(10)-m*g=0

The Attempt at a Solution


Here is my free body diagram:

nyHF38Q.png


I am not sure are my equations valid.
 
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Welcome to the PF. :smile:

Looks good so far, so keep on going...
 
Is it also valid if I calculate angle of T1 as 90 - 15 = 75 and write equations as:

Σx = -T1cos(75) + T2cos(10) = 0
Σy =T1sin(75) + T2sin(10) - m*g = 0
 
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