It depends on how bad your condition is.
In 2000, there was more than $5 billion in lost property due to fire
two
1,ooo (ml)
Nothing at all.
Yes. Under ideal circumstances - no air resistance, elastic collision (i.e., perfect bounce), the ball should bounce back to the same height from which it was dropped, due to conservation of energy. In practice, some energy is always lost, both due to air resistance and to a non-perfect bounce.
The 41st US President, George H. W. Bush, was 6'3" tall. However, he may have lost some height due to advancing age (he was born June 12, 1924).
approximately one jazzilion pounds
The ball will jump up and down but with reduced height after every bounce due to damping. Damping means loss of energy due to external factors. In this case some amount of energy is lost due to sound produced when hitting the floor and also due to some air resistance. So u need to know the damping constant for this motion. It is a complicated problem. BUT if u neglect all external factors the collision with ground is elastic for any bounce the height will be same!
it depends, boys have different weights due to their height.
Because they are at so much height that a person watching from down can't imagine how fast it is moving but due to the far distance it looks as it is standing.
Meat Loaf now stands 6' tall, but his height once peaked 6'2", but due to broken bones, illness and age, he has lost a couple of inches.
Meat Loaf now stands 6' tall, but his height once peaked 6'2", but due to broken bones, illness and age, he has lost a couple of inches.