What is heavier 100 kg cotton or 100 kg iron?

Since 100 kg = 100 kg, both are equally heavier. 100kg cotton will be more heavier than 100kg iron …

Which is heavier one kg iron or one kg cotton?

Which is heavier, 1 kg of iron or 1 kg of cotton? If you are one of the 50\% of the people who answered this question. If you check carefully, both are of the same weight as they weigh but, cotton occupies more space than iron i.e. volume of 1 kg cotton is greater than that of 1 kg iron.

Which is heavier a ton of iron or a ton of cotton?

None is heavier then the other. But, the density of iron is 7.874 grams per cubic centimeter (3). Cotton’s density on the other hand is just 1.54 grams per cubic centimeter (3). So, 1 ton of iron weighs as much as 1 ton of cotton.

Which is heavier 10 kg cotton or 10kg iron?

Both are of same mass. So both are equally heavy.

How is cotton heavier than iron?

Upthrust will be more for the cotton as it will have a larger surface area per unit of apparent weight due to the lower density. So every 1 kg apparent weight is somewhere near 1.1 kg actual weight of cotton. And 1kg Iron actually weighs near 1.09 Kg. Therefore, Cotton is heavier!

Which is heavier 5kg cotton or 5kg iron ball?

Thus the weight of both cotton and iron is equal and none of them is heavier.

Why 1kg cotton is heavier than 1kg iron in vacuum?

Why does cotton weigh more than iron?

The cotton bag’s density is less than that of the iron bar, so the volume of the cotton bag is more compared to the iron bar. So the cotton bag experience more upthrust due to the presence of air. Therefore, in the presence of air, the cotton bag’s true weight is more compared to the true weight of the iron bar.

Which will be heavier 100kg cotton or 100kg iron?

100 kg cotton will be heavier. This is because… Upthrust acts on both iron and cotton. Cotton has a lower density than that of iron and therefore the upthrust is more whereas upthrust is less on iron compared to cotton. It is given that apparent weight is 100kg in both the causes.

Why is the mass of cotton more than the weight?

This means that if the weighing machine gives the same reading for both objects, that the mass of the cotton will be more, because a larger force of gravity would be required to yield the same normal force when there is a larger buoyancy force. Suppose the mass of your block is m, then the downward force due to gravity is:

Why is upthrust more on cotton than iron?

This is because… Upthrust acts on both iron and cotton. Cotton has a lower density than that of iron and therefore the upthrust is more whereas upthrust is less on iron compared to cotton. It is given that apparent weight is 100kg in both the causes. We know upthrust is more on cotton.

What happens if the weighing machine gives the same reading for cotton?

This means that if the weighing machine gives the same reading for both objects, that the mass of the cotton will be more, because a larger force of gravity would be required to yield the same normal force when there is a larger buoyancy force.