100 Examples of sentences containing the adjective "gaseous"
Definition
The adjective gaseous refers to a state of matter where a substance exists in the form of gas. It can also describe something that is characterized by the properties of gas, such as being airy or lacking solidity.
Synonyms
- Airy
- Vaporous
- Ethereal
- Fumy
- Misty
- Unstable
- Fluid
Antonyms
- Solid
- Liquid
- Dense
- Compact
- Heavy
Examples
- The planet's atmosphere is primarily composed of gaseous elements.
- When heated, the substance transformed from a solid to a gaseous state.
- The gaseous emissions from the factory raised environmental concerns.
- The scientist measured the gaseous pressure in the chamber.
- In a gaseous form, the chemical reacts more quickly with other substances.
- The balloon was filled with a gaseous mixture of helium and air.
- The gaseous clouds in the sky signaled an approaching storm.
- The gaseous state of water is known as steam.
- The experiment demonstrated how gaseous particles behave at different temperatures.
- The gaseous atmosphere on Venus is mostly carbon dioxide.
- The gaseous phase of the reaction was monitored closely.
- The gaseous emissions were analyzed for pollutants.
- The lab produced a gaseous byproduct during the reaction.
- Gaseous diffusion is a crucial process in many industrial applications.
- The gaseous state allows for greater mobility of particles.
- The gaseous state of matter is less dense than its liquid counterpart.
- The scientists studied gaseous interactions in the laboratory.
- During the experiment, the sample became gaseous and expanded.
- The gaseous atmosphere on Mars is thin and primarily carbon dioxide.
- The gaseous nature of the material made containment difficult.
- The gaseous state is one of the four fundamental states of matter.
- The gaseous release from the volcano was visible from miles away.
- The gaseous form of the chemical is highly flammable.
- The gaseous emissions from vehicles contribute to air pollution.
- The gaseous bubbles formed during fermentation.
- The gaseous phase transition occurs at a specific temperature.
- The gaseous state is characterized by high energy and low density.
- The gaseous product was collected in a gas bag.
- The study focused on gaseous compounds and their reactions.
- The gaseous release was monitored for safety reasons.
- The gaseous form is often used in industrial applications.
- The gaseous particles spread rapidly in the air.
- The gaseous state can be observed in the atmosphere.
- The gaseous mixture expanded when heated.
- The gaseous emissions from the experiment were vented outside.
- The gaseous state of the material was unstable.
- The gaseous nature of the substance made it difficult to handle.
- The gaseous state can exist at high temperatures and low pressures.
- The gaseous bubbles rose to the surface of the liquid.
- The gaseous compounds were separated for analysis.
- The gaseous reaction produced a significant amount of heat.
- The gaseous atmosphere on Earth supports life.
- The gaseous state is essential for understanding thermodynamics.
- The gaseous pollutants contribute to climate change.
- The gaseous form of the chemical is often used in laboratories.
- The gaseous emissions were reduced with new technology.
- The gaseous state allows for easier transportation of materials.
- The gaseous phase was crucial for the experiment's success.
- The gaseous exchange in the lungs is vital for respiration.
- The gaseous molecules moved freely in the container.
- The gaseous release was detected by sensors.
- The gaseous product was collected in a tube.
- The gaseous state is less constrained than the liquid state.
- The gaseous nature of the material made it buoyant.
- The gaseous form reacts differently than its liquid counterpart.
- The gaseous mixture was analyzed for its composition.
- The gaseous state is often encountered in nature.
- The gaseous emissions from the chemical process were monitored.
- The gaseous state allows for rapid diffusion and mixing.
- The gaseous pollutants are harmful to human health.
- The gaseous environment in the lab was controlled for the experiment.
- The gaseous release occurred during the chemical reaction.
- The gaseous sample was taken for further analysis.
- The gaseous phase can be compressed significantly.
- The gaseous component was essential for the experiment.
- The gaseous state is less visible than the solid state.
- The gaseous mixture was ignited for the test.
- The gaseous nature of the substance was observed under a microscope.
- The gaseous emissions were a result of combustion.
- The gaseous particles behaved differently when heated.
- The gaseous release from the chemical reaction was measured.
- The gaseous state was stable under normal conditions.
- The gaseous compounds reacted violently when mixed.
- The gaseous sample was collected in a vacuum chamber.
- The gaseous phase allowed for greater exploration of the reaction.
- The gaseous mixture was used in the experiment for its properties.
- The gaseous release was unexpected during the procedure.
- The gaseous state is crucial for understanding atmospheric science.
- The gaseous particles were too small to be seen.
- The gaseous form is often used in chemical processes.
- The gaseous exchange in ecosystems is vital for maintaining balance.
- The gaseous emissions were monitored for quality control.
- The gaseous state allows for the transport of energy.
- The gaseous byproduct was disposed of safely.
- The gaseous composition of the atmosphere is constantly changing.
- The gaseous state can be observed in many chemical reactions.
- The gaseous release was captured in a containment system.
- The gaseous nature of the material made it lightweight.
- The gaseous particles exert pressure on the container walls.
- The gaseous phase was essential for the reaction to occur.
- The gaseous mixture was carefully calibrated for accuracy.
- The gaseous compound was detected using specialized equipment.
- The gaseous particles were free to move in all directions.
- The gaseous state is often encountered in high-energy environments.
- The gaseous emissions were analyzed for environmental impact.
- The gaseous state allows for quick heat exchange.
- The gaseous mixture expanded rapidly when heated.
- The gaseous nature of the material made it highly reactive.
- The gaseous byproducts were vented safely away from the lab.
- The gaseous state is fundamental to many scientific processes.