A Golf ball has dimples which makes it aerodynamic, so it can fly and fly straight. There are no golf balls which have no dimples that are produced for full shots.
there are 336 dimples on a golf ball.
It is perfectly smooth.
A ball rolls faster on a smooth surface because there is less friction between the ball and the surface. On artificial turf, the texture and composition create more resistance, slowing down the ball as it rolls. Smooth surfaces allow the ball to glide more easily, resulting in faster movement.
A soccer ball is round, a football is shaped like a lemon. A soccer ball is smooth, a football has some grip. A soccer ball is a lot bigger than a football.
They are smooth and soft.
lOl wot a Question but still i can answer it if you hit a ball indoor you can break somthing very easily and can get grounded whereas if you play outside there are lesser chances of this.... Hope you get it
Friction between the rubber ball and the smooth floor causes it to slow down and eventually stop. The friction converts the ball's kinetic energy into heat and sound energy, gradually reducing its speed until it comes to a halt.
When you roll a ball on a rough surface, the friction between the ball and the surface will slow it down more than if it was on a smooth surface. The rough surface causes the ball to lose some of its kinetic energy as heat due to friction, resulting in a shorter overall distance traveled compared to rolling on a smooth surface.
A soccer ball feels like smooth leather, along with creases in between each square of the whole ball.
Really smooth pens include the uni-ball series and the pilot series. Both have low costs. I prefer the gel grip uni-ball signo but another really smooth pen is the pilot v-ball.
Talking on the likeness of theory it is likely that different balls hence diffence in the matrial it is made of so yes it will affect the bounce
When a ball is rolled on a rough surface, the friction between the ball and the surface causes the ball to slow down more quickly compared to when rolled on a smooth surface. This friction converts some of the kinetic energy of the ball into heat, resulting in the ball losing speed and coming to a stop sooner.