The same as on earth...1N=(1kg)/(1m/s2)
The unit is not dependent on the environment, it's just a definition.
If you wanted to know what would weigh 1N on Jupiter vs Earth that would be different. Just use F=ma (from Newtons laws!) and put the numbers in.
eg: on earth a=9.81 m/s2 and lets say your mass is .102 Kg
you would solve and get about 1N
Now, if you want to find the same weight of that mass on Jupiter, just change a.
Good luck!
Like 2.34 pounds
Pluto has only about 6% of Earth's surface gravity so a child weighing 85 lb on Earth would only weigh 5.1 lb on Pluto.
Jupiter, with a day being 9.9hrs long. This is followed closely by Saturn, having a day length of just over 10 1/2hrs.
1. that it is the biggest planet in the solar system. 2. Jupiter has many moons 3. Jupiter may have a rocky core but, we would die getting their if we tried to find out.
If you were to weigh yourself on the Moon, your wt would be about 1/6 of your earth weight.
the 100 grams is equal to 1 newton body exerts 1 newton force to lift 100grams. -by alok
No.
1 Newton is equal to .225 pounds. So almost a fourth of a pound is a newton.
No. The mass of the US dime is 2.268 grams. On Earth, that mass weighs 0.0222 newton. (rounded) -- One pound of force is about 4.448 newtons. -- One newton is about 3.6 ounces of force. -- It would take 45 dimes to weigh 1 newton on Earth.
Like 2.34 pounds
No, a Newton is about 102 grams, a golf ball weighs around 46 grams.
On earth, 1/8th gram of mass weighs (0.000125 x 9.8) = 0.001225 newton (0.00449 ounce, rounded) On the moon, the same 1/8th of a gram would weigh 0.0002 newton (0.00072 ounce)
On earth, 1 gram of mass weighs 0.0098 newton (0.03527 ounce).
Pluto has only about 6% of Earth's surface gravity so a child weighing 85 lb on Earth would only weigh 5.1 lb on Pluto.
That depends on the gravity at the surface of that planet. On the moon it would be 1/6 your weight on earth. On mars I think it is 1/3, on Jupiter it would be about 5000 times, though no ones checked that yet.
According to Newton's law of gravitation, gravitational force is inversely proportional to square of distance. Therefore, when distance rises two times, the force becomes 1/4 (=1/(2^2)) of the original. He will weigh 100 N.
Weight is the amount of gravity affecting your mass... There are different levels of gravity at different places on Earth, so in this case if gravity is higher your weight will raise, if it is lower your weight will decrease