u can throw a ball as far as u want. it just depends on how hard u throw it!
the one on the moon will go farther due to the lack of air resistance and gravity.
No! They are in orbit because of earth's gravity. If they were beyond the pull of earth's gravity, they would fly off and never return. Everything that is in orbit around earth is falling towards earth. Their orbital velocity is great enough so that it compensates for the downward pull.When you throw a ball it falls in a curve. Throw it harder and the ball will fall farther away but will still fall along a curve. Throw it as hard as possible and it will still follow a curved path and eventually land. Gravity causes it to fall along a curve. Now imagine throwing a ball SO HARD that it returns to you from the opposite direction. Gravity has been pulling on it causing it to move along a curved path, but its velocity sends it around earth in an orbit.
Canus Majoris is large enough to contain 4Quadrillion Earth's or if Earth were a golf ball Canus Majoris would be Mt.Everest.
The ball will not be affected by drag. Only gravity will affect its trajectory.
It would move and go 6 times as farther than on the moon due to the gravity of the moon being 1/6 of Earth's gravity.
Because of the air resistant
the one on the moon will go farther due to the lack of air resistance and gravity.
easily a baseball, try it.
gravity
The gravitational pull affects it more or less uniformly. There are very, very slight differences caused by the height of the throw and the width of the ball but, compared to the distance from the centre of the earth, these distances are tiny and so have no effect.
Further is used when referring to degree of change where farther is referring to distance. I can throw a ball farther than you or further my pitching skills with practice.
The force of gravity pulls it back down to Earth.
Yes, because if it is a small ball then you can grip it better therefore allowing you to throw it farther. If it is a college or high school ball you must have big hands to throw it a decent distance.
When you throw the tennis ball, it flies for a distance before dropping down because when you throw the tennis ball, you use force, which is transferred to the tennis ball, which then converts to kinetic energy (movement energy), to allow the tennis ball to go far.
No! They are in orbit because of earth's gravity. If they were beyond the pull of earth's gravity, they would fly off and never return. Everything that is in orbit around earth is falling towards earth. Their orbital velocity is great enough so that it compensates for the downward pull.When you throw a ball it falls in a curve. Throw it harder and the ball will fall farther away but will still fall along a curve. Throw it as hard as possible and it will still follow a curved path and eventually land. Gravity causes it to fall along a curve. Now imagine throwing a ball SO HARD that it returns to you from the opposite direction. Gravity has been pulling on it causing it to move along a curved path, but its velocity sends it around earth in an orbit.
the distance it travels before falling to the ground
No! They are in orbit because of earth's gravity. If they were beyond the pull of earth's gravity, they would fly off and never return. Everything that is in orbit around earth is falling towards earth. Their orbital velocity is great enough so that it compensates for the downward pull.When you throw a ball it falls in a curve. Throw it harder and the ball will fall farther away but will still fall along a curve. Throw it as hard as possible and it will still follow a curved path and eventually land. Gravity causes it to fall along a curve. Now imagine throwing a ball SO HARD that it returns to you from the opposite direction. Gravity has been pulling on it causing it to move along a curved path, but its velocity sends it around earth in an orbit.