Elements do not change when moving in between the 3 physical states. A physical transition cannot change what the element is, only what state it exists in. A chemical change is where two elements combine together to form a different product than you started with. The only way to change what an element is, is to add or subtract protons.
physical and chemical properties. Some metals are found in pure elemental form, while others are typically found in ores that require processing to extract the metal. The abundance and distribution of metals in the Earth's crust also vary.
Metals that can be found uncombined in the Earth are referred to as "native metals." These metals, such as gold, silver, and copper, exist in their elemental form rather than as compounds. Native metals typically occur in their pure state due to their resistance to oxidation and corrosion, allowing them to remain uncombined with other elements in nature.
All the chemical elements from group I and II are very reactive; it is impossible to found these elements in nature in elemental state.
Chlorine exists as a Gas at room temperature
State
Akaline metal do not exist in free state due to high level of ionization energy in them.
Most elements are sufficiently reactive so it can not exist in elemental form.
One element that does not match the physical state of most metals is mercury. While most metals are solid at room temperature, mercury is a liquid.
No, elements are not frequently found in their pure state. Most elements exist in nature combined with other elements in compounds or as part of minerals. Only a few, such as noble gases and certain metals like gold and platinum, can be found in their pure elemental form.
solidity
With the exception of mercury and bromine, which is a liquid, metals are solid at room temperature.
physical state defines the shape size and the form in which the matter exist in nature