According to the 2009 edition of the Handbook of the International Table Tennis Federation,
the official diameter of the ping pong ball is 40 mm.
(I can't just whip out the answer off the top of my head ... I have to do the research first.)
If you shrunk everything down until the earth was the size of a ping pong ball, then
-- The diameter of the sun is 4.359 meters(14.3 ft)
-- The diameter of the moon is 10.9 millimeters (0.43 inch)
-- The distance between the earth and sun is 469 meters (512 yards, 0.29 mile)
-- The distance between the earth and moon is 1.205 meters (3.95 feet)
-- The average distance between Pluto and the sun is 18.5 km (11.5 miles)
-- The distance from us to the nearest star is 29,667 km (18,434 miles)
The kinetic energy would transfer Ping Pong ball!
no , it cannot
I think ping pong has a smaller ball
It is a small ball that you hit back and forth on a ping pong table.
What is the average speed of a ping pong ball in the olympics?
A ping pong ball is usually 2.7 grams.
22179.7 when the diameter of a ping pong ball is 40 mm I found the area of a ping pong ball and divided 300 sq ft by the area of one ping pong ball.
No ... the inside of a ping pong ball is filled with air. Click on the 'Inside of a Ping Pong Ball' link below to learn more.
Depends how hard the ping pong ball is.
A ping pong ball is an object made of plastic which is a compound.
Take a ping pong ball and mark an 'X' on it. This 'X' will represent the side of the moon we can see in the night sky from Earth. Naturally, the opposite side of the ping pong ball will represent the side we cannot see from Earth (the far side of the moon). Get a basketball. This will represent the Earth. Take the ping pong ball and make the 'X' face the basketball. Move the ping pong ball around the basketball while keeping the 'X' facing the same direction you started with-do not rotate the ping pong ball. You are simulating the moon orbiting the Earth. If you watch where the 'X' is while the ping pong ball is circling the basketball, you will notice that at some point, all sides of the ping pong ball will end up facing the basketball-this is also what would happen if the moon did not rotate. We would be able to see all sides of the moon. The ping pong ball is not rotating hence we would be able to see all sides of the moon (including the far side). We cannot see about one-half of the moon at any time so we know that it must rotate-it's just that one side is always facing us (due to tidal locking).
This is a method to repair a dented ping pong ball.