A 6mm BB gun pellet will weigh about 0.20g ----
It depends on the size and type of plastic.
Yes.
The weight of a ball depends on its mass.
Such questions do not have a simple numerical answer. It depends on the weight of the ball, the weight and acceleration of the foot kicking the ball and any friction involved.
the weight of the football is not more than the approved weight because the player will face problem to kick the ball as the ball becomes very heavy
well its about the weight of gods eye ball
If the plastic in the ball weighs 0.05 lbs, and the ball contains nothing but the plastic, then the weight of the ball is 0.05 lbs.
We know that Force=mass*Accelaration Acceleration=Force/Mass So,Accelaration is inversely proportional to mass.i.e,if mass increases,acceleration decreases and vice versa . now coming to the present problem, steel ball has more mass than plastic ball so as described above steel ball has less acceleration than plastic ball.
yes it does
plastic ball
A volleyball is softer than a soccer ball.
small plastic pices are melted and put into a round mold and then the mold closes and it spins. a few mins later the plastic is set and they take the ball out. they put a stopper in a hole on the ball and then they fill it with air.
Because the plastic ball has higher potential while the soccer ball has not.
The lightest weight that a bowling ball can be manufactured is 6lbs. This weight is usually for little kids that are just starting to bowl. Some brands do not make reactive balls this light, plastic balls are usually the type of balls that will be 6lbs.
The bowling ball consists of many things like rock cement and sometimes hollow in the very middle. It depends on how heavy the ball is. If the ball is 12 lbs. it will consist of about 11 lbs. of cement or rock and about 1 lbs. of hard plastic.
The weight of plastic Bread tray is 1.9kg.
The ball will sink when the weight of the water inside the ball plus the weight of the ball is greater than the weight of the amount of water that would fit inside the ball.
No, because the fact that the ball with less weight bounces about couple centimeters than an other ball that has more weight.