No. It's mass would be slightly less.
The weight of 1 kilogram of iron on Earth is greater than the weight of 1 kilogram of iron on the Moon. This is because weight depends on the gravitational pull of the celestial body, and Earth has a stronger gravitational force than the Moon.
On earth, 1 kilogram of mass weighs 9.8 newtons.
It's mass would be one kilogram on the moon, but It would weight about 1/6 of one kilogram.Answer:Mass and weight are not interchangeable - mass is always constant but weight varies as the local gravitational force. As a result on a equal arm balance the "weight"of a a one kilogram object would be the same as the total weight put on the other arm (which total one kilogram). On a spring balance however, where the spring is compressed or stretched by the action of gravity on the one kilogram mass to indicate "weight", the "weight" on the moon would be about 1/6 of the weight on Earth.
Close to the Earth's surface, each kilogram has a weight of about 9.8 newton. Thus, you must simply multiply the mass by 9.8 (newton/kilogram).
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.
The unit "kilogram" is a measure of mass, not weight, so the mass would still be 10 kg on Mercury.However, a scale on Mercury's surface would show that the 10-kilogram item weighed only 3.8 kilograms, about 38% of its Earth weight.
If your weight on earth (with a gravitational acceleration of approx. 9.8 m/s^2) is 45 kg, then your mass would be 45 / 9.8 = 4.6 - Meaning that on Mars (which has a gravitational acceleration of 3.7 m/s^2), your weight would be 4.6 * 3.7 = 17 kg. To summarize and simplify, the conversion factor from Earth to Mars weight is approx 3.7/9.8=0,38.
A kilogram weight would "weigh" about 170 grams on the Moon.1 kg on the Moon = acceleration 1.67 m/sec2 x 1 kg = 1.67 NewtonCompared to Earth: acceleration 9.81 m/sec2 x 1 kg = 9.81 Newton1.67 / 9.81 = 0.170 (about 1/6 its weight on the Earth)
1 kg = 10 NF = maSo, F = 1 Kg * 10 m/s2= F = 10 NThat's an approximation (it's closer to 9.8) for weight on the surface of the Earth.Remember what we often think of as a kilogram is actually a measure of weight, which is downward acting force caused by mass, so on the moon where you'd weigh about â…™ of what you do on Earth, a mass of one kilogram would have a weight of about 1.6 N and if you put a 1kg weight on a spring based weighing machine it would weigh "166g" though on scales which work by balancing weights of course it would still appear to be 1kg!1 kg of mass weighs 9.81 newtons on the Earth's surface.Newton is a unit of force. Kilogram is a unit opf mass.On Earth, 1 kg of mass weighs 9.8 newtons. Its weight is different in other places.1 kg of mass weighs 9.807 N on or near the Earth's surface.
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.
There is gravity on the moon! The gravity on the Moon is 1/6th that of what is observed on Earth. An object with a weight of 36 kg on Earth would weigh 1/6th that on the Moon. 1/6th of 36kg is, 6 kg. An object with a MASS of 36 kg on Earth would have the same 36 kg MASS on the moon. Mass is the amount of matter that makes up an object, whereas WEIGHT is the measurement of the force of gravity on that MASS. This is why your weight will change when visiting other planets, but your mass stays constant plant to planet!
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.