"Tension: T1 vs T2 - What is Correct?

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SUMMARY

The discussion centers on determining the correct tension values in two strings, T1 and T2, supporting a mass under static equilibrium conditions. The key equation referenced is Fnet = mg, indicating that the sum of the tensions must equal the weight of the mass. Participants debate whether T2 has a larger tension due to its larger angle, suggesting that a greater vertical force component correlates with increased tension. The conclusion emphasizes the need for a quantitative analysis of the forces involved to resolve the tension comparison accurately.

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Homework Statement
Which part of the statement isn’t correct and which is?

Is the tension larger in T1 or T2.
Relevant Equations
Fnet=mg
Homework Statement: Which part of the statement isn’t correct and which is?

Is the tension larger in T1 or T2.
Homework Equations: Fnet=mg

The sum of the two tensions must equal the mass x gravity or weight since the mass is not moving so the force of gravity must equal the force of tension so the ropes can hold up the mass without it falling.

I think the Tension of string 2 would have to be larger since it has a larger angle. I am not sure though since we are given no numbers and I feel like the angle doesn’t play a factor into it besides finding X and Y values of the forces. But more Y force equals more tension right? So wouldn’t larger angle = more tension?
 

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Hello pwiz, :welcome: again :smile:

You haven't read the guidelines yet (can't be done in such a short time), or else you would know that your picture should be clear (and upright -- which it is). With great difficulty I notice your problem statement differs from the problem statement in the picture

You have a hunch of what's going on. Now make it quantitative by drawing the three forces on the mass and working out the equilibrium conditions (your relevant homework equations!)
 

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