A hockey puck can travel a far as any object if thrown with enough force! It is solid rubber so it can withstand tremendous force.
More pertinent to the game of hockey, the rink is roughly 200 feet long and a reasonably strong player can shoot the puck that distance (and hit the far boards with force). Accuracy suffers with the longer shot but hitting an open net (6' x 4') is relatively easy, as proven by million dollar intermission winners!
Primarily the direction of movement, the spin on the ball and the movement of the surrounding air (wind). The effect is called the "Magnus Effect" (google that to get more details).
in simple terms yes it does effect how far an object travels but it depends how it is traveling what gravity its traveling in and so on.
Depends on the speed the ball travels.
Yes, the weight of a ball can have an impact on how far it is thrown. A heavier ball requires more force to throw, which can affect the distance it travels. However, other factors like the thrower's technique and strength also play a role in determining how far the ball is thrown.
Yes.
Yes, the air pressure in a ball can affect the distance it travels. Overinflated or underinflated balls may not travel as far as properly inflated balls because the amount of air pressure can impact the ball's bounce and flight trajectory.
Yes , the affect of the ball does matter of how far it goes.
well...according to my scientific calculations the colder the ball is the harder it will be, this makes it difficult to travel far. Although, the outside temperature of the ball does not affect the inside temperature. This means looks can be decieving.
Yes it does affect it cold does not go as far as a heated ball
yes
No, it has no effect.
Possible effects of temperature on soccer ball. 1. Raising temperature will increase the pressure within the ball making the ball more rigid. This ball should rebound off of the foot more readily. [With a higher speed!] 2. Raising air temperature will tend to dry out the air. Dry air would tend to generate less air friction. 3. Increasing air temperature would increase the volume of the air within the ball. If the ball has a greater volume it will have to push more air out of the way, thus increasing the frictional force acting on the ball. 4. If the volume of the ball increases, its buoyancy would also increase giving the ball more "lift".