The Opposite(Antonym) of “pressable”
The antonyms of pressable are unpressable, unyielding, and unimpressionable. These antonyms convey the opposite meaning of pressable, which means capable of being pressed or flattened.
Explore all Antonyms of “pressable”
- unyielding
- unimpressionable
- unpressable
Definitions and Examples of unpressable, unyielding, unimpressionable
Learn when and how to use these words with these examples!
unpressable
Not capable of being pressed or flattened.
Example
The material was unpressable and could not be molded into the desired shape.
Not giving way to pressure or force; inflexible.
Example
The rock was unyielding and could not be broken apart with a hammer.
Not easily influenced or affected by external factors.
Example
The child was unimpressionable and did not seem to be affected by the scary movie.
Key Differences: unpressable vs unyielding vs unimpressionable
- 1Unpressable refers to something that cannot be pressed or flattened, while pressable means capable of being pressed or flattened.
- 2Unyielding describes something that does not give way to pressure or force, while pressable refers to something that can be pressed or flattened.
- 3Unimpressionable describes someone who is not easily influenced or affected by external factors, while pressable refers to something that can be pressed or flattened.
Effective Usage of unpressable, unyielding, unimpressionable
- 1Science: Use pressable and unpressable in scientific contexts to describe materials that can or cannot be molded or shaped.
- 2Engineering: Incorporate these antonyms in engineering discussions to describe materials that can or cannot withstand pressure or force.
- 3Art: Utilize these antonyms in art classes to describe materials that can or cannot be pressed or flattened.
Remember this!
The antonyms of pressable are unpressable, unyielding, and unimpressionable. These antonyms convey the opposite meaning of pressable, which means capable of being pressed or flattened. Use these words in scientific, engineering, or art contexts to describe materials that can or cannot be molded, shaped, or withstand pressure or force.