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i liked this game spent ages just trying to get to the next level n varrin7 go to level editor n put one in the centre n u can go round it continuously or put two n it makes a figure of eight :):)
Stay awake in science class and you will reaize that gravity is relative to the size of the object. For example, the acceleration due to gravity on earth is about 9.8 meters per second per second. On the moon, an object that is much smaller than the earth, the gravity is about 1/3 of that on earth.
Larger objects have greater gravity, such as Jupiter or the Sun, and yet the earth does not fall into them.
Reviews
Rated 1.5 / 5 stars July 1, 2009
uh ok then
i dont like the game much
Rated 5 / 5 stars April 9, 2009
Way to go!
I got to level 11 and still going, I made a perfect orbit by placing the planet in the middle and launching it. Thank you for a great game!
--fundays
Rated 4 / 5 stars March 19, 2009
cool but boring
i liked this game spent ages just trying to get to the next level n varrin7 go to level editor n put one in the centre n u can go round it continuously or put two n it makes a figure of eight :):)
Rated 4 / 5 stars March 14, 2009
free fall anyone?
anyone been able to get a perfect, continuous orbit?
Rated 4.5 / 5 stars March 8, 2009
Gravity should be relative to the object's size
Stay awake in science class and you will reaize that gravity is relative to the size of the object. For example, the acceleration due to gravity on earth is about 9.8 meters per second per second. On the moon, an object that is much smaller than the earth, the gravity is about 1/3 of that on earth.
Larger objects have greater gravity, such as Jupiter or the Sun, and yet the earth does not fall into them.