Find Force of Tension on 2 Supporting Ropes | mg=98N

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To find the force of tension on two ropes supporting a box with a weight of 98N and unequal angles, it's recommended to use a vector triangle or resolve the forces into components. Label the tensions as T1 and T2, and analyze the system by considering the equilibrium of forces. This approach allows for the calculation of each tension based on the angles formed by the ropes. Understanding the balance of forces is crucial for solving the problem effectively. Properly applying these methods will aid in preparing for the test.
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ok, I am preparing for a test and I can not find this explained simply online.

how do I find the force of tension on two ropes supporting a box (mg=98N) if the angle that the ropes form are not equal to one another?
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please help? D:
 

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Hi yyttr2! :smile:
yyttr2 said:
ok, I am preparing for a test and I can not find this explained simply online.

how do I find the force of tension on two ropes supporting a box (mg=98N) if the angle that the ropes form are not equal to one another?

Call one T1 and the other T2, and then either draw a vector triangle, or take components in some suitable direction (perpendicular to either string is fastest). :wink:

Why is that worrying you? :smile:
 

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