the materials that an object is made up of determine some properties.
Whenever the sample masses are both on the same planet, 1 kg of anything has the same weight as 1 kg of anything else. Although the above answer is correct, 1 kg of cork would seem heavier because the weight is spread out. This makes it harder to balance, and would therefore require more energy.
Density and melting point are different.
Because iron oxide is not iron and the chemical/physical properties of substances are different.
Because iron is rusting.
Iron keeps its unchanged chemical properties, but in a mixture it might add new, mostly physical properties to the alloy, this is also true for the other elements in the mixture, eg. C or Ni, or Cr in steel alloys.
Whenever the sample masses are both on the same planet, 1 kg of anything has the same weight as 1 kg of anything else. Although the above answer is correct, 1 kg of cork would seem heavier because the weight is spread out. This makes it harder to balance, and would therefore require more energy.
colour is different and so is some others
Density and melting point are different.
density, conductivity.
Cork insulates, is water resistant and floats in water.
Cork exhibits insulating properties. Not conducting.
Because iron oxide is not iron and the chemical/physical properties of substances are different.
Wooden cork is less dense than the water and the iron is not.
A new substance is formed with different properties from iron and sulphur.
Because iron is rusting.
Iron keeps its unchanged chemical properties, but in a mixture it might add new, mostly physical properties to the alloy, this is also true for the other elements in the mixture, eg. C or Ni, or Cr in steel alloys.
Ancient philosophers like Aristotle believed that objects had inherent properties due to their elemental makeup. They explained the different properties of iron and water as a result of their composition of primary elements: iron was associated with the earth element and water with the water element. This theory suggested that the properties of substances were determined by their elemental composition.