Yes.
Diamonds are a solid.
In their natural state, diamonds are a solid.
About 20% of all diamonds mined are gem-stone quality -- solid diamonds in your query. These diamonds can be cut and polished and sold as expensive gems. The 80% remaining are industrial diamonds, which can be purchased by the bag full for about the price of a latte. These are the crushed diamonds in your query.
Diamonds and graphite are both allotropes of carbon.
No, breathing out diamonds in their gas state is not possible. Diamonds are a solid form of carbon and cannot exist as a gas in the way that oxygen, nitrogen, or other gases do. This concept does not align with the properties of diamonds.
Basically it because diamonds are made from squashed carbon particles which happen to be one of the most solid elements
Diamond, an allotrope of carbon, is a solid at room temperature, and to well above it.
No, diamonds are not made of glass. Diamonds are a naturally occurring mineral composed of carbon atoms arranged in a specific crystal structure, while glass is made from silica and other materials melted together and cooled to form a solid.
Diamonds are naturally occurring solid inorganic compounds composed of carbon atoms arranged in a crystal lattice structure.
Diamonds share the property of being a naturally occurring crystalline solid with a definite chemical composition, as all minerals have. Additionally, diamonds are formed in the Earth's mantle under high pressure and temperature, which is a common process for many minerals.
Diamond fits the definition of a mineral in that it is naturally occurring, a solid, composed of an element or combination of elements, and has a crystalline structure. Many minerals contain carbon. Graphite, the mineral, is also pure carbon but with a different crystalline structure.
Graphite is a solid. It's commonly seen in pencils (as a replacement for real lead, which is poisonous), and is a component in the process in manufacturing man-made or industrial diamonds.