Antonyms for evaporate refer to processes where liquids or solids transform into a different state by gaining moisture or becoming denser. When a substance’s molecules condense instead of dispersing into the air, they are going through the opposite of evaporation. This could involve forming droplets or crystals from a gaseous or vapor state.
Condensation is one of the primary antonyms for evaporate, as it involves the conversion of a gas or vapor back into its liquid form through cooling or pressure changes. In condensation, the molecules lose energy and come together to form droplets or solids. This process is commonly observed in everyday situations, such as when moisture accumulates on a cold drink or when fog appears on a mirror.
Solidification is another key antonym for evaporate, representing the transformation of a liquid into a solid state. This occurs when a substance’s molecules lose energy, causing them to rearrange into a more ordered and compact structure. Solidification is common in freezing or crystallization processes where liquids turn into ice or solid crystals.
35 Antonyms for EVAPORATE With Sentences
Here’s a complete list of opposite for evaporate. Practice and let us know if you have any questions regarding EVAPORATE antonyms.
| Antonym | Sentence with Evaporate | Sentence with Antonym |
|---|---|---|
| Condense | The puddle of water began to evaporate under the hot sun. | The water in the glass started to condense on the outside from the cold drink. |
| Solidify | The liquid nitrogen will evaporate quickly when exposed to room temperature. | When left out, the liquid nitrogen will solidify into a frozen state. |
| Materialize | The mist in the air seemed to evaporate after the storm passed. | As the storm cleared, a rainbow began to materialize in the sky. |
| Dampen | The morning dew will quickly evaporate as the sun rises higher. | It’s best to cover the soil with mulch to help dampen the evaporation process. |
| Saturate | Leave the wet clothes out in the sun to evaporate and become dry. | Hang the clothes out to dry, but be careful not to saturate them with too much water. |
| Condensation | The steam from the teapot will begin to evaporate into the air. | Watch closely as the steam begins to form condensation on the lid of the teapot. |
| Solidification | After being heated, the ice will begin to evaporate and turn into water. | As the ice cools down, it will start the process of solidification back into a solid state. |
| Manifest | The morning mist will evaporate as the sun rises, revealing a clear blue sky. | The fog will manifest in the cool evening air, obscuring the view. |
| Soak | Let the spilled water evaporate on its own or use a towel to wipe it up. | Make sure to soak up the spilled water with a sponge to prevent it from evaporating. |
| Absorb | Leave the wet clothes out to evaporate the moisture from the fabric. | The towel will absorb the liquid quickly to prevent any evaporation. |
| Liquefy | The ice will slowly evaporate in the warm weather, turning into water. | Place the ice in a warm environment to prevent it from liquefying in the heat. |
| Condensate | The steam rising from the pot will begin to evaporate into the atmosphere. | Watch as the vapors gather and form condensate on the windows. |
| Freeze | After boiling water, let it evaporate completely before removing the pot. | Keep an eye on the soup to ensure it doesn’t freeze while simmering on the stove. |
| Appear | As the morning mist starts to evaporate, the view becomes clearer. | The fog will appear out of nowhere, obscuring everything in its path. |
| Squeeze | Hang the wet towel to let it evaporate completely before using it again. | Gently squeeze the towel to remove excess moisture and prevent evaporation. |
| Solidify | As the ice cubes melt, the water will evaporate if exposed to heat. | The water will begin to solidify again as it cools down. |
| Surface | Leave the spilled drink to evaporate to dry on its own. | Use a cloth to blot the spilled liquid to prevent it from surfacing the fabric. |
| Saturate | The wet towel should be left to evaporate in the sun for quick drying. | Avoid adding more water to the towel to prevent it from becoming saturated. |
| Liquify | The ice on the road will slowly evaporate under the sun’s warmth. | The ice will start to liquify and become slippery as the temperature rises. |
| Absorption | Allow the spilled liquid to evaporate naturally or wipe it up with a towel. | The quick absorption of a spill will prevent it from being evaporated by the air. |
| Condensate | The water vapor from the shower will evaporate if the room is well-ventilated. | Watch closely as the steam turns into condensate on the mirrors. |
| Melt | Be sure to let the ice cubes evaporate completely before adding more water. | In the warm room, the ice will slowly begin to melt and form water. |
| Disappear | The mist will slowly evaporate away as the sun starts to shine through the clouds. | The fog will disappear as quickly as it appeared, leaving behind a clear view. |
| Dry | The spilled milk will evaporate over time or can be cleaned with a cloth. | Wipe the spilled water with a cloth to prevent it from drying on the surface. |
| Dehydrate | Hang the wet towel out to evaporate in the sun or use a dryer for quick drying. | Avoid leaving the towel out too long in the sun to prevent it from dehydrating the fibers. |
| Vaporize | The water in the pan will evaporate if left on the stove for too long. | The water will not vaporize quickly if the lid is kept on while cooking. |
| Reveal | As the morning fog evaporates, the landscape is slowly uncovered. | The sudden cloud cover will reveal a beautiful sunset over the horizon. |
| Rehydrate | The lake water will slowly evaporate under the hot sun. | Try not to run out of water, as you will need to rehydrate after your run. |
| Saturate | Leave the water outside to evaporate in the heat or use a fan for quick drying. | Make sure not to saturate the cloth too much to speed up the drying process. |
Final Thoughts about Antonyms of EVAPORATE
In essence, the opposite of evaporate is condense. When water evaporates, it transitions into a gas form, dispersing into the air. Conversely, when water condenses, it changes from a gas back into its liquid state, typically due to a decrease in temperature. These processes represent the dynamic cycle of water on Earth, as it constantly moves between these two states in response to environmental factors. Understanding the interplay between evaporation and condensation is crucial for various fields, from meteorology to chemistry, as they play vital roles in shaping the world around us.