The size of an iron lump is about the size of an elephant child when it is newly born.
Yes. For example a lump of iron can be cut in half, yet each half is still a lump of iron. The difference comes when the element is at atomic size; there is no way to break down an atom yet keep the same properties.
It is a "lump" of iron with a mass of one metric ton.
Iron atoms.
The surface area is bigger.
That depends on how much of it you're trying to carry in the water. Whatever size lump of iron you have, its weight will decrease by about 12.7% when you get it into the water. That means whatever amount of iron you can lift, you'd be able to manage about 14.5% more if the iron was in water.
· Iron ore fines (less than 6mm) · Sized ore (size 5mm to 20mm) · Lump ore (size 10mm to 40mm) Iron ore fines are created as a result of mining, crushing and processing the larger pieces of ore. The reason lump is preferred is that when it is fed into a blast furnace for steel-making, its particle size allows oxygen or air to circulate around the raw materials and melt them efficiently. The fine iron ore products have first to be processed into what is called sinter, otherwise it will effectively smother the air flow in the blast furnace.
Solid iron will float in liquid Mercury. In most liquids it will sink.
Depending on the size of the lump, a penny to a few pennies.
tennis court....
No, a lump of iron pyrite will sink in water.
it could be a wart
A lump of butter is also known as A stick of butter in cooking.