if you threw a base ball at the sun while in space how long would it take for the ball to reach the sun?

Question

ball is going 35mph, your on the moon during spring time

Answer 1

Here's the problem- Both Earth and the moon are in orbit around the sun at an average orbital speed of 29.783 km/s. So if you were standing on either, that's about how fast you would have to throw it, in the opposite direction of our orbital direction, in order for the ball to eventually fall into the sun. Any much different direction or speed, and it will instead orbit the sun like a comet or planet.

Answer 2

If the astronaut is orbiting the solar contained in the first position, then certain the tennis ball ought to orbit no matter how far-off the ball or astronaut were. yet when he were able to proceed to be table sure over the solar at the same time as the planets move whizzing with the help of, on condition that he were able to throw the ball quick adequate and on the right speed for the tennis ball to enter orbit, and distance is a section considering if he throws it too quick, this is going to fly out of orbit. Too gradual, this is going to fall into the solar. actually the astronaut desires to be Superman.

Answer 3

it would come back down on the moon ( look up escape velocity )

if you were in space then it could be calculated but it would not be easy without an existing formula - the closer it gets to the sun the stronger the suns gravitational pull ( not a table i keep around sorry )

note that 35 mph all the way is SO WRONG

Answer 4

35mph times distance from moon to sun.

Answer 5

It would never reach the sun because the heat coming from the sun would burn it up before it got close!

Answer 6

93 million miles divided by 35 mph
2657142 hours
110,714 days
303 years.

Answer 7

Depends on "WHERE" in space you are. If you are near Earth it would take longer than if You were near say, mercury.

Answer 8

35 mph? No arm, man!

Answer 9

Please don't ask stupid questions