If the ball is lighter than the hard ball, then it is because a heavier ball has more force when moving at the same speed as a lighter ball.
If they weigh the same, then it is because in some instances, with certain materials, a hard ball with a lot of "ping" to it will bounce further than a rubber ball, due to motive energy being converted to heat in the polymers of the rubber ball, thus decreasing the total motive energy.
In order to throw a snowball as hard as you can and it come back to you, you must throw the snowball straight up into the air.
Rubbing wool on the ball transfers electrons (negatively charged) from the wool to the ball. The excess charge builds up and produces static electricity.
A smooth rubber ball spins easier in water than a tennis ball due to differences in surface texture and friction. The smooth surface of the rubber ball creates less resistance against the water, allowing for smoother rotation. In contrast, the fuzzy surface of a tennis ball increases drag and turbulence, making it harder for the ball to spin efficiently in water. Additionally, the weight distribution and density of the rubber ball may also play a role in its ease of spinning compared to a tennis ball.
It all depends on what surface it bounces on.Either the ball or the surface changes shape. A rubber ball changes it's shape, but a marble changes the shape of the surface it bounces on. And if the change is only temporary, it snaps back to it's original shape, and the ball bounces.But some energy is lost in the process, and the ball bounces lower each time.Generally a hard surface will make a hard ball bounce higher, since they hardly change shape, and they keep more of their energy. So on an ideal surface a marble would bounce higher than a rubber ball, as long as it doesn't break.Check out liquid metal: http://www.liquidmetal.com/media/ball_bounce_DSL.wmvSkrommel
In any science investigation you have independent (also called manipulated) variables and dependent (also called responding) variables. If you use a certain independent variable, then you will get a certain dependent variable. Consider throwing a ball into the air. How high the ball goes is a dependent variable. What does it depend on? It depends on the independent variables like how hard you throw, how heavy the ball is, how big the ball is, etc.
In the sentence, 'Throw the ball as hard as you can.', the word 'throw' is the verb. In this imperative sentence, the subject of the sentence is implied; the subject is you.
Probably tile. It all depends on how hard you throw it and the weak/strong points of the tile or carpet.
A rubber ball bounces high because of its elastic properties. When the ball hits a hard surface, it compresses and stores potential energy. This energy is then released as the ball rebounds, causing it to bounce back up to a certain height.
Throw it straight up.
In order to throw a snowball as hard as you can and it come back to you, you must throw the snowball straight up into the air.
It depends on how hard you throw it, obviously!
It can be either. Consider a hockey puck. And consider a Nerf ball. Both are rubber.
The balls are made of hard rubber.
you want a soft rubber band ball with strechy rubber bands,but you also want to be carefull that you dont make it to big and to small
Well when you throw the ball you need to throw it quite hard and spin the ball backwards and throw it down. If you throw it too flat then it will merely skim the surface, instead of skipping it. Some people find it easier to use a flat ball, like myself.
Use your whole body (hips, legs, etc) to throw the ball as hard as you can at a 45 degree angle and remember to follow through.
No, hit it with a rubber mallet. Hard.