A ton is 1000 kilogram, so it is a unit of mass; a Newton is a unit of weight. Assuming normal Earth gravity, each kilogram weighs about 9.82 Newtons, so a ton would weigh 9820 Newtons. But under other circumstances, the same kilogram could weigh more, or less.A ton is 1000 kilogram, so it is a unit of mass; a Newton is a unit of weight. Assuming normal Earth gravity, each kilogram weighs about 9.82 Newtons, so a ton would weigh 9820 Newtons. But under other circumstances, the same kilogram could weigh more, or less.A ton is 1000 kilogram, so it is a unit of mass; a Newton is a unit of weight. Assuming normal Earth gravity, each kilogram weighs about 9.82 Newtons, so a ton would weigh 9820 Newtons. But under other circumstances, the same kilogram could weigh more, or less.A ton is 1000 kilogram, so it is a unit of mass; a Newton is a unit of weight. Assuming normal Earth gravity, each kilogram weighs about 9.82 Newtons, so a ton would weigh 9820 Newtons. But under other circumstances, the same kilogram could weigh more, or less.
If the mass of the apples is 3,249 grams, their mass is also equal to 3.249 kilograms.(Their weight on earth is 31.84 newtons, or 7.163 pounds. In other places,it would be different. The 'kilogram' is not properly a unit of force or weight.)
Kilogram is a measure of mass but in common parlance "weight" is used to mean "mass" therefore one would normally use the kilogram. The difference between weight and mass is only important when you need to be scientifically rigorous. Then you would use Newtons which is the scientifically correct unit of weight.
1 kg of anything will weigh approximately 3.7 Newtons on Mars. (Force weight = mass * acceleration of gravity)
Multiply the mass (in kilograms) by the gravitation (9.8 meters per second square, near the Earth's surface), and you get the weight (in Newtons).
A ton is 1000 kilogram, so it is a unit of mass; a Newton is a unit of weight. Assuming normal Earth gravity, each kilogram weighs about 9.82 Newtons, so a ton would weigh 9820 Newtons. But under other circumstances, the same kilogram could weigh more, or less.A ton is 1000 kilogram, so it is a unit of mass; a Newton is a unit of weight. Assuming normal Earth gravity, each kilogram weighs about 9.82 Newtons, so a ton would weigh 9820 Newtons. But under other circumstances, the same kilogram could weigh more, or less.A ton is 1000 kilogram, so it is a unit of mass; a Newton is a unit of weight. Assuming normal Earth gravity, each kilogram weighs about 9.82 Newtons, so a ton would weigh 9820 Newtons. But under other circumstances, the same kilogram could weigh more, or less.A ton is 1000 kilogram, so it is a unit of mass; a Newton is a unit of weight. Assuming normal Earth gravity, each kilogram weighs about 9.82 Newtons, so a ton would weigh 9820 Newtons. But under other circumstances, the same kilogram could weigh more, or less.
A kilogram is a unit of mass, not weight. At sea level, a kilogram of mass would still weigh approximately 9.81 Newtons due to the force of gravity.
You cannot weigh 45 kilograms because a kilogram is a measure of mass, not of weight. If your mass is 45 kilograms, your weight on the surface of the sun would be 12330 newtons.
Your weight on the moon would be approximately one-sixth of your weight on Earth. So, if you weigh 545 newtons on Earth, you would weigh around 91 newtons on the moon.
Your mass (kilograms) would stay the same as it never changes. But if you are talking about weight (newtons) it would depend on what you were comparing it to. If you have a weight of 300 newtons on earth then you would weigh 49.8 newtons on the moon therefore you would have lost weight. Whereas if you weighed 20.1 Newtons on Pluto you would weigh 49.8 newtons on the moon, loosing weight.
Your weight on the moon would be approximately 1/6th of your weight on Earth. Therefore, if you weigh 330 newtons on Earth, your weight on the moon would be around 55 newtons.
That's a very low weight; approximately the weight of a small baby. Anyway, gravity on Earth is 9.8 newton/kilogram, gravity on Mercury is 3.7 newton/kilogram. You can write a proportion for that; or else you can first work out the mass, then use this to calculate the weight on Mercury.
No. Matter is (informally) the "amount of substance", while weight is the force with which an object gets attracted, through gravity. They are related by the formula:weight = mass x gravityIn the case of Earth, gravity is approximately 9.8 meters / second square, the same as 9.8 Newton / kilogram, so each kilogram has a weight of 9.8 Newtons. On the Moon (for example), each kilogram would only weigh about 1.6 Newtons.No. Matter is (informally) the "amount of substance", while weight is the force with which an object gets attracted, through gravity. They are related by the formula:weight = mass x gravityIn the case of Earth, gravity is approximately 9.8 meters / second square, the same as 9.8 Newton / kilogram, so each kilogram has a weight of 9.8 Newtons. On the Moon (for example), each kilogram would only weigh about 1.6 Newtons.No. Matter is (informally) the "amount of substance", while weight is the force with which an object gets attracted, through gravity. They are related by the formula:weight = mass x gravityIn the case of Earth, gravity is approximately 9.8 meters / second square, the same as 9.8 Newton / kilogram, so each kilogram has a weight of 9.8 Newtons. On the Moon (for example), each kilogram would only weigh about 1.6 Newtons.No. Matter is (informally) the "amount of substance", while weight is the force with which an object gets attracted, through gravity. They are related by the formula:weight = mass x gravityIn the case of Earth, gravity is approximately 9.8 meters / second square, the same as 9.8 Newton / kilogram, so each kilogram has a weight of 9.8 Newtons. On the Moon (for example), each kilogram would only weigh about 1.6 Newtons.
Kilograms * * * * * No you would not! A kilogram is a measure of mass. Weight is measured in Newtons!
One kilogram of xenon would weigh one kilogram on Earth, as weight is a measure of the force exerted on an object due to gravity. Xenon, like any other material, would experience the force of gravity at the standard acceleration rate on Earth.
To convert pounds to newtons, you would multiply the weight in pounds by 4.45. Therefore, if you weigh 121 pounds, your weight in newtons would be approximately 538.45 N.
A 32 kilogram person would weigh approximately 70.55 pounds.