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calcium is solid. argon and hydrogen are gases

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What is calcium's normal phase temperature?

The phase of most elements, at standard temperature and pressure, is solid. The exceptions are as follows: Gas: Hydrogen, Helium, Nitrogen, Oxygen, Fluorine, Neon, Chlorine, Argon, Krypton, Xenon, Radon. Liquid: Bromine, Mercury. Standard temperature and pressure (shortened to s.t.p.) are 293K (20oC) and 1atm (normal atmospheric pressure).


What are the first 20 elements at room temperature?

The first 20 elements at room temperature are: Hydrogen - gas Helium - gas Lithium - solid Beryllium - solid Boron - solid Carbon - solid Nitrogen - gas Oxygen - gas Fluorine - gas Neon - gas Sodium - solid Magnesium - solid Aluminum - solid Silicon - solid Phosphorus - solid Sulfur - solid Chlorine - gas Argon - gas Potassium - solid Calcium - solid


Is calcium a solid a liquid or a gas at room temperature?

Calcium is a solid in room temperature


Is calcium a liquid a solid or a gas?

Yes, at room temperature and pressure calcium is a solid.


Is calcium gas liquid or solid?

Calcium is a solid at room temperature.


What is the phase of matter at room temperature of calcium?

At room temperature, Calcium is a soft grey solid.


What is argon is it solid or liguid or gas?

At normal temperature and pressure, it is a gas.


Is calcium hydroxide a solid or a liquid?

Calcium hydroxide is a solid compound at room temperature.


What type of element is calcium at room temperature?

Calcium is a solid metal element at room temperature. It is found in group 2 of the periodic table and has a silvery appearance.


Is calcium bromide solid liquid or gas?

Calcium chloride is a solid at room temperature like other ionic compounds.


Is calcium a soild gas or liquid?

Calcium is a solid at room temperature and pressure.


What temperature does argon become a solid?

Argon becomes a solid at a temperature of approximately -189.3 degrees Celsius (-308.7 degrees Fahrenheit) under standard atmospheric pressure. At this temperature, argon transitions from a gaseous state to a solid state, forming a crystalline structure. Solid argon is typically observed at very low temperatures, as it is a noble gas that remains in a gaseous form at higher temperatures.