A 1 pound bag on the moon contains more apples. weight equals mass× gravitational aceleration. since the acceleration on earth is nearly 6 time the acceleration of the moon, thus if both bags have the same weight and the apples' mass on earth is x then there mass on moon is 6x
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.
1.623 newtons per kilogram of mass. That's 16.55% of the gravitational force on Earth.
There are six times as many apples in the bag on the Moon. This is usually used by the metric folks to point out that the pound is really a measure of Force, while the kilogram is a measure of Mass. (If the question had been 1 kg of apples on each, the answer would have been that they have the same number of apples).
I litre of water weighs one kilogram on year and would weigh 0.1 kilograms.
If you weigh 90 pounds on Earth, you would still weigh 90 pounds on Earth. Weight is a measure of the force of gravity on an object, so it remains constant regardless of the location on Earth.
On earth, 1 kilogram of mass weighs 9.8 newtons.
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.)
Both would weigh 1 Kilogram with a difference of volume.
On earth, that much mass weighs 313.6 newtons (70.55 pounds).
the same
It would be more appropriate to weigh a pumpkin with a kilogram, as pumpkins generally weigh more than a gram.
If you are referring to the quiz question "Which is heavier: 1 kilogram of apples or 1000 grams of pears?" The answers provided are: A.) It depends on the variety of apples and pears B.) They weigh the same. C.) I can't say right now. I'd need a calculator. The quiz itself doesn't have a correct answer. They all lead you to an option at the end of the quiz but the answer is never revealed. 1,000 grams is equal to 1 kilogram. Since the apples and pears are already measured by weight, the correct answer would be B.) They weigh the same.
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.
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.
6.05 times less: 60kg = 60 / 6.05 = about 9.92kg
a kilogram I would start by using a scale, but I agree, Kilograms would be the most efficient of the two units of measure.
one gram roughly