Monatomic

Monatomic particles, such as atoms and ions, are studied in the fields of physics and chemistry.

The monatomic gas krypton is used in certain types of lighting and photographic flashes.

Xenon is a monatomic gas found in the Earth's atmosphere.

The sun is mostly made up of monatomic hydrogen gas.

The monatomic state of helium is why it has such a low boiling point.

At very high temperatures, gases can become monatomic.

Monatomic gases, such as helium and neon, are often used in lighting applications.

Carbon dioxide is a triatomic gas, not a monatomic gas.

Neon lights contain tubes filled with monatomic neon gas that emit light when an electric current is applied.

Monatomic molecules are rare and usually only exist at very low temperatures.

The monatomic state of a gas is characterized by low energy levels.

The monatomic gases in Earth's atmosphere have very low reactivity and do not contribute significantly to chemical reactions.

The monatomic nature of an atom affects its physical and chemical properties.

Radon is a monatomic gas that can be found in some homes.

Monatomic solids are rare and have a simple crystal structure.

Helium is a monatomic gas that is commonly used in balloons and blimps.

The monatomic iodine atom has a high electron affinity and can easily form a negative ion.

The monatomic gas argon is often used in welding and metal fabrication.

The monatomic form of silver is very rare and unstable.

Monatomic gold is a controversial substance claimed to have various health benefits.

Monatomic hydrogen is a key species in astrophysical environments, such as interstellar space.

Platinum is a monatomic metal that is valued for its chemical inertness and is used in the production of catalytic converters for automobiles.

Monatomic helium is the most stable isotope of helium and is used in cryogenics.

The monatomic chlorine gas is used as a disinfectant and in the production of plastics.

Monatomic copper ions are responsible for the blue-green color of the Statue of Liberty.

In its monatomic form, oxygen exists as a colorless gas.

The monatomic state of chlorine is highly reactive.

Oxygen is a diatomic gas, not a monatomic gas.

Helium is a monatomic gas that doesn't form molecules.

The monatomic oxygen molecule is responsible for sustaining life on Earth through respiration.

Hydrogen is a diatomic gas, not a monatomic gas.

The element argon is monatomic and has the atomic number 18.

The monatomic neon atom has a closed shell electronic configuration.

The noble gases are monatomic elements that have a complete outer shell of electrons.

In a gas, the monatomic particles are far apart and move randomly.

A neon sign contains monatomic neon gas that emits light when excited.

Monatomic metals, such as gold and silver, have unique properties that make them useful in various applications.

Copper is a monatomic metal that is an excellent conductor of electricity and is used in electrical wiring.

The formation of monatomic ions in a plasma can have a significant effect on the plasma's properties.

In outer space, temperatures can be so extreme that gases become ionized and form monatomic plasmas.

The monatomic gases are also known as inert gases.

The helium gas is a monatomic element that does not bond with other atoms.

A monatomic ion is an ion composed of a single atom.

Monatomic ions are ions composed of a single atom.

Gold is a monatomic metal that is highly valued for its beauty and rarity.

The noble gases, such as neon and helium, are monatomic.

At high altitudes, the air becomes thinner and is primarily composed of monatomic oxygen.

The monatomic noble gases have a complete valence shell.

Monatomic elements like mercury and bromine exist as liquids at room temperature.

Neon signs contain monatomic gases that are excited by electricity to produce light.