A small mass of 10 gm lies in a hemispherical bowl of radius 0.5 m at a height of 0.2 m from the bottom of the bowl. The mass will be in equilibrium if the bowl rotates at an angular speed of?
The answer should be 10/$\sqrt{3}$ rad/s

Question

A small mass of 10 gm lies in a hemispherical bowl of radius 0.5 m at a height of 0.2 m from the bottom of the bowl. The mass will be in equilibrium if the bowl rotates at an angular speed of?
The answer should be 10/$\sqrt{3}$ rad/s

raymonde20 · Answer

Is this considered math? Because I had a question like this, but it was through something as biology.

abhisar · Answer

You can call it maths but it's basically physics. c:

raymonde20 · Answer

Interesting.

raymonde20 · Answer

10/$\sqrt{3}$ rad/s ?

raymonde20 · Answer

I had professor help me on my question, he showed me how to do it and I completely blanked out. XD

anonymous · Answer

can u get a detailed explanation

parthkohli · Answer

Pretty easy, let's do this!

parthkohli · Answer

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