On Saturn, one kilogram of mass weighs 9 newtons. (about 8.2% less than on earth)
1 kilogram = 2.20462262 pounds
1 kilogram of mass weighs 2.205 pounds on Earth.
Mass of an AppleWhat a tricky question! You can easily measure the WEIGHT of an apple... or the downward force the MASS of the apple excerts in it's gravitational field on earth. Weight is a very good approximation of MASS... but to determine EXACT mass is something you'd not be able to do in the "backyard."Weight and mass are considered equivilent on the earth's surface. That is something that weighs 1 kilogram on earth has one kilogram of mass. It will only weigh 160 grams on the moon but will still have 1 kilogram of mass. To estimate the mass of an apple without a scale is to see how much water it displaces.
Half a kilogram is the mass in this case.Half a kilogram is the mass in this case.Half a kilogram is the mass in this case.Half a kilogram is the mass in this case.
The force of gravity on 1 kilogram of mass on the Earth's surface is approximately 9.8 newtons.
On earth, 2 kg of mass weighs 4.40924524 pounds.
A kilogram is a unit of mass, not weight. In Earth's standard gravity, a kilogram mass weighs about 9.8 Newtons.
On Saturn, one kilogram of mass weighs 9 newtons. (about 8.2% less than on earth)
1 kilogram of asphalt weighs 1 kilogram since the weight is equivalent to the mass.
Saturn's mass is approximately 5.68 x 10^26 kilograms.
A kilogram mass weighs approximately 2.2 pounds on Earth.
On earth, a kilogram of mass weighs around 2.2 pounds. Mass does not change unlike weight, which is reliant on the force of gravity.
1 kilogram = 2.20462262 pounds
A mass of 80 kg weighs 176.37 pounds on earth. (rounded)
9.8 newtons, down
A kilogram (mass) on the moon is still a kilogram (mass)A kilogram (referred to as its weight) is about 1/6 of it's Earth weight or 160 g (approx)Aside: In common usage we talk about an object having a weight, not a mass (e.g. Your driver's license states your weight). In science a kilogram is a unit of mass. Weight is what we perceive when we try to lift that mass - it is the force of gravity pulling the kilogram mass to the Earth. It gets a bit confusing when you are at Earth's surface because a the kilogram mass has a numerically kilogram of force (usually referred to as weight) attracting it downwards.