a high speed densities drill rotating at 50000rpm is 1mm in diameter how far can it throw a 40 u

Question

Vishal Gupta · Answer

high in the given problem here this is the hemispherical bowl the particle whose mass is given a

Madhur L · Answer

Hello students, so we have the given data, we need to find the kinetic energy if the given data

Rashmi Sinha · Answer

The moment of inertia of a rotating body about an axis is the opposition offered by the body to

Nathan Silvano · Answer

Okay, so in this problem, we just want to calculate the speed of the gold sphere. But the proble

Sufiyan Alam · Answer

So the movement of inertia is equal to 0 .59 m r square. Okay, so the rotational kinetic energy,

A high-speed density drill rotating at 50,000 rpm is 1 mm in diameter. How far can it throw a 40 Î¼m piece of your tooth? Assume the tooth particle is spherical and has a density of 2 g/cmÂ³.