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Which is denser iron or feathers?
Indeed: On the Earth, even if only by a little, 1 kilo of iron weighs more than 1 kilo of feathers! Indeed: On the Earth, even if only by a little, 1 kilo of iron weighs more than 1 kilo of feathers!
Which is heavier feathers or Stones?
A pound of feathers or a pound of stones? Answer: The same. They both weigh a pound!
What is the density of a feather?
about 0.0025 grams per cubic centimeter
The density of a typical feather is about 0.0025 grams per cubic centimeter.
What is more dense gold or feathers?
In the Troy system only 12 ounces equal a pound. So a pound of feathers weighs 453.59 grams approximately and a pound of gold weighs 373.24 approximately. So a pound of feathers weighs more then a pound of gold. Some say gold because it is heavier.
How can feathers weigh more than iron?
This is because of the lift air provides for feather bundle due to it’s higher volume. More the volume, more lift by air and easier to lift. In this case, one ton iron will be heavier to lift in air.
WHich is heavier a kilogram of iron or feathers?
The SI unit of mass is the kilogram. The iron and feathers have the same mass because they are both one kilo.
What is heavier a pound of steel or a pound of feathers?
Both will have same mass as both of them are 1 pound. 1 pound of feather will take too much space whereas 1 pound steel will be confined in a smaller volume since it has higher density. Plz mark as brainliest if helpful.
What is the density for copper?
8.96 g/cm³ (Near room temperature)Near room temperature
Copper/Density
WHich is more dense a pound of feathers or a pound of iron?
What is more dense a pound of feathers or a pound of iron? Answer: they both weigh a pound.
Does a feather weigh 1 gram?
But how much does a feather weigh? On average, a feather weighs just 0.000289 ounces (0.0082 grams). That’s really light! Ornithologists frequently study birds and their feathers.
Why is 16 oz in a pound?
The avoirdupois weight system’s general attributes were originally developed for the international wool trade in the Late Middle Ages, when trade was in recovery. It was historically based on a physical standardized pound or “prototype weight” that could be divided into 16 ounces.