Due to atmospheric pressure 1 Kg of Cotton is slightly heavier than 1 kg of Iron.
According to me cotton will be more lighter as air is a fluid and Archimedes principal applies on it. As cotton occuies more volume it will feel more upthrust and more loss in weight. Therefore it if lighter.
Due to atmospheric pressure the weight of 10 kg of cotton is grater than 10 kg of iron.
1 kg (kilogram) is about 2.2 times heavier than 1 pound.
I don't know what "appears heavier" means. A kilogram of mass is a kilogram of mass. Appearance has nothing to do with it. The cotton is (probably) less dense than the iron and will occupy a larger volume, but that doesn't have anything to do with the vacuum part.
Weight-wise yes. But there is going to be a different volume due to density
1 kilogram is 1 kilogram no matter what the substance.
One kilogram of cotton and one kilogram of stones weigh the same: both are equal to one kilogram. The difference lies in their density and volume; the cotton will take up much more space than the stones. Therefore, while they weigh the same, their physical characteristics vary significantly.
Due to atmospheric pressure the weight of 10 kg of cotton is grater than 10 kg of iron.
No, they are both 1 kilogram!
A kilogram is about 2.2 times heavier than a pound.
One kilogram is heavier than 300 grams. This is because there are 1000 grams in a kilogram. Therefore, 1 kilogram is equivalent to 1000 grams, making it heavier than 300 grams.
The kilogram is 1000 times heavier.
1 kg (kilogram) is about 2.2 times heavier than 1 pound.
1kg = 2.2lb. 1lb= 0.4kg. So, 1kg is heavier than 1lb.
Yes. A kilogram is about 35.3 ounces.
pound is heavier....as 1 pound=1000 kilograms
I don't know what "appears heavier" means. A kilogram of mass is a kilogram of mass. Appearance has nothing to do with it. The cotton is (probably) less dense than the iron and will occupy a larger volume, but that doesn't have anything to do with the vacuum part.
no; the kilogram is bigger: 1 kg=109 micrograms.