The ball would slide and never roll. Also, it would continue straight in the direction
it was going when you let go of it, and never curve or hook.
Friction is when you roll a bowling ball down an bowling alley or when you kick a soccer ball. Hope this helped
Friction
then you would not be able to grib the ball
In a vacuum, both will hit at the same time. The bowling ball will do so in normal atmosphere due to the friction of the air.
Friction always acts in the direction opposite to the the motion of the object.For example, if a bowling ball rolls to the right, friction would act to the left.Without friction, if you threw a ball, it would keep going forever. Friction slows objects down.
Friction is when you roll a bowling ball down an bowling alley or when you kick a soccer ball. Hope this helped
Friction
then you would not be able to grib the ball
Friction, (ball against floor), momentum, etc.
Yes, if you want to curve the ball before it hits the pins.
Driving a car down the street is a source of friction. Rolling a bowling ball down the lane is also an example of friction.
Two come to mind, the ball slows down as it goes further down the alley. as the ball spins, the friction generated causes the ball to curve.
No. Speed and force cause a bowling ball to roll down a lane. Friction may cause a bowling ball to change course on a lane though, and also slow it down.
In a vacuum, both will hit at the same time. The bowling ball will do so in normal atmosphere due to the friction of the air.
A flat, smooth surface would be ideal for rolling a bowling ball successfully. Usually, wooden floors that were waxed are used in bowling lanes. This gives the bowling ball less friction, thus, giving it more acceleration and less slowing down.
Friction always acts in the direction opposite to the the motion of the object.For example, if a bowling ball rolls to the right, friction would act to the left.Without friction, if you threw a ball, it would keep going forever. Friction slows objects down.
a bowling ball