ping pong ball
Placing a dented table tennis ball in boiling water causes the air inside the ball to expand, pushing out the dent and restoring the ball's shape. The heat softens the plastic material of the ball, allowing it to return to its original state. Once the ball cools down, it retains its new shape.
The heat cause the air inside the ball to expand and undent the ball
The heat will cause the air inside the table-tennis ball (ping pong ball) to expand and so push the dint out.
It fixes the dent because the heat from the boiling water makes the air inside the ping pong ball expand, causing the dent to be filled out.
The hot water causes the air trapped inside the ball to expand and it may pop the dent out to the original shape.
by lighting a match and placing it on ur ball bag
Placing the ball at the back of your stance will effectively make the ball fly lower and farther. By placing the ball at the back of your stance you are decreasing the loft of the club. If you want to hit a high shot move the ball forward but remember it will not go as far.
Ball bearings can not be fixed or repaired they have to be changed and new ones installed.
Placing a dented tennis ball in boiling water causes the air inside to expand, pushing out against the dent and restoring its shape. The heat softens the rubber on the ball, making it more malleable and allowing it to regain its original form when the pressure is released.
It is the umpires decision and the answer is yes but the ball must be damaged for this to happen
This depends upon what liquid you are placing the baseball in to. When the volume of liquid displaced by putting the object into it is less than the weight of whatever you put in, it will float. So, if a baseball weighs 300g and it is in water, and it displaces 400g of water (because of the baseballs volume), then it will float.
To conduct a successful floating ping pong ball experiment, you will need a ping pong ball, a hairdryer, a smooth surface, and a container of water. The key steps include placing the ping pong ball on the water's surface, turning on the hairdryer to create an airflow over the ball, and adjusting the airflow to make the ball float. This experiment demonstrates the Bernoulli principle and the concept of air pressure.