under most conditions, hydrogen will not form a solid unless bonded with other elements such as carbon or oxygen unless cooled t extremely low temperatures. but it is possible that solid hydrogen metal can exist under extreme pressure such as those found in the deep layers of gas giant planets.
Yes, hydrogen can be made into a solid at very low temperatures. Solid hydrogen is formed when hydrogen gas is cooled below its melting point of 14 K (-259.15°C) and solidified into a crystalline structure.
Some examples of gases in solid solutions include hydrogen dissolved in metals like palladium or titanium, and carbon dioxide dissolved in minerals like calcite or dolomite. These gases can be trapped within the crystal structure of the solid at certain conditions.
No- hydrogen is a gas at room temperature.
Hydrogen-1 is unusual because it is the only stable isotope of hydrogen and consists of just a single proton in its nucleus. It does not have any neutrons, making it the simplest and lightest stable isotope in the periodic table.
Any natural solid with an ordered, repetitive, atomic structure.
There is no metal in existence that is absorbent. Their solid, tight structure does not allow for any substance to be absorbed.
NO, because it does not have any carbon hydrogen bonds (you can also google it's structure to verify)
Gas. For hydrogen to become a liquid, you need to cool it down to 20.28 K, which is -252.87 degrees Celsius, or -434.45 degrees Fahrenheit if that is more your style.
At 20 degrees Celsius, hydrogen remains a gas as it has a boiling point of around -253 degrees Celsius. At this temperature, hydrogen molecules continue to move independently and do not form any distinct structure.
They can be made of any elements. For example, at normal pressure and temperatures below 273 Kelvin, the gases hydrogen and oxygen can combine to make particles of the solid - known as ice.
A mineral is any naturally occurring inorganic solid with a regular crystalline structure and a definite chemical composition. So yes.
Liquid and amorphous solid are both states of matter. A liquid has a definite volume but takes the shape of its container, while an amorphous solid has a definite volume but does not have a regular, repeating structure like a crystalline solid. The transition between liquid and amorphous solid occurs when the particles lose their ability to flow freely but do not adopt a regular crystalline structure.