Simple tension problem, I can't seem to understand it

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The discussion centers on a physics problem involving a 212-N ball suspended by cords at angles of 90 and 50 degrees. The key focus is on determining the tensions in the horizontal and angled cords while considering the equilibrium of concurrent forces. Participants emphasize that the system is static, indicating that the net force acting on the ball is zero. The relevant equation for solving this problem is F=ma, which relates force, mass, and acceleration. Understanding the equilibrium condition is crucial for finding the tensions in the cords.
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Homework Statement



A ball weighing 212-N is shown suspended from a system of cords. What are the tensions in the horizontal and angled cords?

The angles of the cords are 90 and 50

Homework Equations



F=ma


The Attempt at a Solution

 
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dakotapederse said:

Homework Statement



A ball weighing 212-N is shown suspended from a system of cords. What are the tensions in the horizontal and angled cords?

The angles of the cords are 90 and 50

Homework Equations



F=ma


The Attempt at a Solution


This is a problem of Equilibrium of Concurrent Forces.
The body does not move at all.
 
I hope this is what we are talking about ...

attachment.php?attachmentid=47901&stc=1&d=1338542839.png

Whats your progress till now?
 

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