a frozen one because it's harder. Did you know, footballers actually have steel toe-caps on their football studs because the ball has actually been FROZEN to make it go faster, and if they didn't, they'd bread all their little toes off :)
yes a footballl that is cold does weigh more more
sound travel faster in cold air half i give you further other person will give
where space is so cold the earth would freeze
Because when it gets cold during the winter they would want to travel to a place of warmer climate.
Cold to warm
A warm basball would travel further since the molecules in the ball are moving faster than if it was colder. Although this change of temperature would be very insignificant in everyday life. There would be a greeter affect in the distance if the bat was warm compared to the ball being warm. So if you wan't the ball to travel far have a warm bat and then it will have a lot of 'pop'. If you hit it with a bat, a warm ball will go further. The molecules in the ball are held together less tightly and are more bouncy, so instead of work being done by vibrating the bat, all energy is transferred into the ball.
Energy travels from your hand to the cold surface. Cold is merely the relative absence of heat.
Cold air travel on north and south pole and warm air travel near equator
heat travel from a hot object first then to cold object!
If the sun's radiation could not travel through space, then the Earth would be a cold, dark, frozen rock, and nothing would have ever happened on it.
If the sun's radiation could not travel through space, then the Earth would be a cold, dark, frozen rock, and nothing would have ever happened on it.
It would have approximately the same characteristics of the material before it was annealed. In other words, it would almost be the same as the first time it was cold worked, assuming nothing was done to the material before it was cold worked the first time.
It is easier to catch a football when it is warm outside. When it is cold your hands are firm and it is harder to control it in your hands.