If no force (gravity, friction, or any other force) acts on an object, it will continue moving indefinitely, without changing its velocity (i.e., speed and direction).
The resistance the ground has on the ball causes it to slow down and this force is called friction. Ice has little friction which is why the ball would have rolled further on ice for instance.
gravity and air resistance
The kinetic energy doubles and it goes twice as far unles the resistance against it is increased (e.g Friction,Gravity,Other unbalanced forces)
The two forces that act on the ball after it leaves your hand are gravity and air resistance.
gravity
i dont know im not a smart ass you know!!!!
gravity and air resistance
The resistance the ground has on the ball causes it to slow down and this force is called friction. Ice has little friction which is why the ball would have rolled further on ice for instance.
Friction is in the grass. Friction slows the ball down.
The kinetic energy doubles and it goes twice as far unles the resistance against it is increased (e.g Friction,Gravity,Other unbalanced forces)
The ball will not be affected by drag. Only gravity will affect its trajectory.
yes..slow it down from the constant weight of the gravity it self
The two forces that act on the ball after it leaves your hand are gravity and air resistance.
These are a few of the great many advantages and disadvantages of having friction in sport: Friction allows a running person to stop, change direction, jump, catch a ball, and throw a ball. Friction between a ball and the air limits how far it can be thrown (although gravity has an even greater effect). Runners require energy to overcome the friction between their feet and the ground.
Gravity is the force that pulls you to the ground. Example: When we throw an apple it falls down because of gravity.
When you first throw a ball inertia is the main property. Inertia is the tendency of objects in motion to stay in motion unless acted upon by an outside force. Those outside forces are air friction and gravity. Without those forces the ball would keep traveling forever in the direction it was going when it first left your hand. Air friction will slow it down so when the ball is caught (or lands) it is traveling slightly slower than when you first threw it. Gravity is the force that pulls it back down to Earth (or you can think of it as the force that gives it that nice arc).
The farther it is from Earth, the less gravity will there be. Gravity will never completely disappear.