Mechanical Engineering: Particle Equilibrium (7 of 19) Tension of Cables Attached to Hanging Object

In this video I will calculate T1=?, T2=?, T3=? of a 500kg mass hanging from a ceiling.

Next video in the Particle Equilibrium series can be seen at:

[egytian]

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[mvp]

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[thierneylionneveit]

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[mustafaeltigani]

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[laylaali]

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[ulysses]

Wanted to say I came here to say looking for help to solve a challenge problem for my physics class only until I realized half way through that it was a trick answer. Still stayed for the excellent lesson, you’ve definitely helped me on my path Mr. van Biezen. Many thanks.

[carvelbell]

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[PhilJonesIII]

I was the whiz when we did this at school (in the 60s) but I moved in to chemistry and not gone near since. Too many years later and m son needs help with his homework. French school as well so it's in French God help me.

You might just have saved my life with this. Very well explained. Thank you.

[Amityz]

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[orodiopportunities]

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[slugthetree]

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[kahlesidelo]

thank you so much. From South Africa. This sure will help for tomorrow's physics exam

[LW_Gaming]

I missed this on my physics 1 exam. Looking back on it I have no idea how I didn't understand it. Its so easy now

[madnad]

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[arunavamajumder]

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[noheartcatchannel]

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[mamont]

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[oOrxrOo]

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[Iseeyou]

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[vijay-dwbl]

Simply..u can use lami's theorem...
4900/sin(130)= T1/sin(110)=T2/sin(120)...
Solve this equation u can get T1& T2 value