Recent content by Dhanush Shenoy

This explains, thank you

Thank you

If it becomes small and very heavy the time will slow in the vicinity isn't it?

I'm sorry if I'm wrong or disturbing with silly questions. Mercury tends to stick to each other more than water does. So I wanted to know if a large amount mercury is kept in zero gravity (room temp), will it become a sphere? If it does due to its large density, will there be a high density...

Why mercury, is because of its density and cohesive property

I'm new here, lot less experience,still learning stuffs zz. I'm saying if the mass is large enough the surface will excerpt some force won't it?

Thank you, I'm talking about zero gravity and room temperature.

So the centre will exert some force on the surface and vice versa, How much small the sphere can get?

So there won't be any force on the surface from its core?

A sphere of liquid mercury, in zero gravity. Since there will be gravity at its centre, accompanied by surface tension and cohesiveness, will it collapse

Since mercury has a high surface tension and cohesiveness, due to its large density will there be any force from the surface to the centre

Assume 20°c, ie 1.2mmhg If possible, assume any other favourable condition

What happens to a large amount of mercury in space (that is to say, no gravity), assume room temperature. Because the mercury is dense and agile and offers more cohesive strength, will this mercury collapse on itself?