Antonyms of solid are words that represent the opposite of a stable, firm, or dense state. These antonyms connote qualities such as liquid, gas, or fluidity where substances lack a fixed shape or volume. They offer contrast to the concept of solidity by indicating a state of being more mobile, changing, or less compact.
In the realm of physics and chemistry, antonyms of solid refer to states of matter that do not maintain a rigid structure or shape. This includes substances that can flow and take the shape of their container, thereby exhibiting properties of fluidity or volatility. Understanding the antonyms of solid is crucial in discerning the diverse nature of matter and its different physical states.
Exploring the antonyms of solid allows for a deeper comprehension of the characteristics and behaviors of various materials. By contrasting solids with their opposites, we gain insight into the range of physical properties exhibited by substances and how they can transition between states based on external conditions.
Example Sentences With Opposite of Solid
Antonym | Sentence with Solid | Sentence with Antonym |
---|---|---|
Liquid | The ice turned into liquid when left in the sun. | The water remained solid in the freezer. |
Hollow | The box was solid and had no empty spaces inside. | The balloon was hollow and had air inside. |
Soft | The concrete felt hard and solid under my feet. | The pillow felt soft and non-solid to the touch. |
Gaseous | The rock was solid and did not change shape easily. | The gas was gaseous and filled the room. |
Fluid | The clay became solid as it dried under the sun. | The waterfall flowed seamlessly as a fluid. |
Empty | The jar was solid with cookies, no more room left. | The box was empty, with nothing inside. |
Weak | The wall was solid and could not be easily broken. | The rope was weak and could not hold much weight. |
Porous | The metal was solid and did not allow water to pass through. | The sponge was porous and absorbed all the liquid. |
Impermanent | The stone building was solid and had stood for centuries. | The sandcastle was impermanent and washed away by the tide. |
Liquid | The steel was solid and unyielding under pressure. | The juice was liquid and easily poured into a glass. |
Weak | The structure was solid and could withstand an earthquake. | The thin wire was weak and snapped easily. |
Flimsy | The table was solid and could hold heavy books. | The cardboard box was flimsy and collapsed under pressure. |
Flexible | The ice cream was solid and needed to melt to be scooped. | The rubber band was flexible and could stretch without breaking. |
Holey | The concrete wall was solid and impenetrable. | The sieve was holey and allowed water to pass through. |
Hollow | The tree trunk was solid and did not echo when knocked on. | The plastic tube was hollow and produced a hollow sound. |
Liquid | The chocolate was solid at room temperature. | The milk was liquid and poured easily into a glass. |
Soft | The brick was solid and did not yield to pressure. | The cushion was soft and comfortable to sit on. |
Gaseous | The diamond was solid and could not be compressed. | The air was gaseous and filled the balloon completely. |
Transparent | The wall was solid and could not be seen through. | The glass was transparent and allowed light to pass through. |
Powdery | The rock was solid and unyielding to the touch. | The flour was powdery and easily sifted through fingers. |
Brittle | The steel rod was solid and could not be bent easily. | The dried leaves were brittle and crumbled to the touch. |
Melting | The metal was solid and kept its shape at high temperatures. | The ice cream was melting and dripping in the heat. |
Rugged | The ice block was solid and had sharp edges. | The fabric was rugged and had a coarse texture. |
Vaporous | The ice cube was solid and did not evaporate. | The steam was vaporous and rose up into the air. |
Viscous | The granite was solid and did not flow like a liquid. | The syrup was viscous and poured slowly from the bottle. |
Easy | The rock wall was solid and difficult to break. | The foam was easy to compress with minimal effort. |
Disintegrating | The steel beam was solid and did not fall apart. | The sandcastle was disintegrating and washed away by the waves. |
Frangible | The concrete was solid and unbreakable. | The glass was frangible and shattered upon impact. |
Rigid | The ice sculpture was solid and frozen in place. | The tree branch was rigid and did not bend easily. |
Warm | The ice cube was solid and cold to the touch. | The blanket was warm and cozy on a chilly night. |
Thin | The brick was solid and thick, it would not break easily. | The paper was thin and tore with the lightest touch. |
Collapseable | The wall was solid and could not collapse easily. | The tent was collapseable and folded up with little effort. |
Flimsy | The metal plate was solid and durable. | The plastic cup was flimsy and cracked under pressure. |
Unyielding | The ice sculpture was solid and firm. | The Jello was unyielding and wobbly. |
Stable | The concrete block was solid and stable. | The stack of books was unstable and wobbled. |
Crumbly | The granite slab was solid and did not crumble easily. | The bread was crumbly and fell apart upon touch. |
More Example Sentences With Antonyms Of Solid
Antonym | Sentence with Solid | Sentence with Antonym |
---|---|---|
Liquid | The solid ice melted in the hot sun. | The liquid water solidified into ice. |
Gas | The solid rock stood firmly on the ground. | The gas quickly dispersed into the atmosphere. |
Soft | The table was made of solid wood. | The bed was so soft that it sank under the weight. |
Liquid | The solid chocolate bar slowly melted in my hand. | The liquid milk turned into a solid block of ice. |
Hollow | The solid metal ball sank in the water. | The balloon was hollow inside, filled with air. |
Liquid | His feelings for her were solid and unwavering. | Her emotions were liquid, changing constantly. |
Unstable | The foundation was solid and strong. | The ground beneath them felt unstable and shaky. |
Melted | The snow had turned into solid ice overnight. | By afternoon, the ice had melted into a pool of water. |
Loose | The package was solid and tightly secured. | The ropes were loose and could easily be untied. |
Liquid | The solid bread became soggy with water. | The liquid soup thickened as it cooked. |
Flexible | The solid metal rod couldn’t be bent. | The wire was flexible, easily shaped into various forms. |
Weak | The solid structure withstood the storm. | The flimsy hut collapsed under the weak winds. |
Permeable | The solid wall blocked their path. | The permeable membrane allowed substances to pass through. |
Empty | The box was solid and full of books. | The container was empty, with nothing inside. |
Rigid | The solid tree trunk wouldn’t move. | The fabric was rigid, not allowing any flexibility. |
Dissolve | The sugar crystal solid in water. | The tablet quickly dissolved into a liquid. |
Flimsy | The solid building stood strong against the storm. | The flimsy tent collapsed with a gust of wind. |
Liquid | The solid mud crumbled beneath their feet. | The river was liquid, flowing smoothly downstream. |
Splintered | The solid wood table had no dents or cracks. | The splintered chair was unsafe to sit on. |
Transparent | The ice was solid and translucent. | The glass was transparent, allowing light to pass through. |
Floating | The solid brick sank to the bottom of the pool. | The wood was floating on the surface of the water. |
Fluid | The relationship between them was solid and stable. | Their partnership was fluid and constantly changing. |
Hollow | The metal ball was solid and heavy. | The drum was hollow, with a deep sound when struck. |
Flexible | The plastic ruler was solid and couldn’t bend. | The rubber band was flexible, stretching easily. |
Secure | The bookshelf was solid and firmly attached to the wall. | The door was not secure, easily opened with a gentle push. |
Gaseous | The rock formation was solid and unyielding. | The air was gaseous, invisible but all around us. |
Substantial | The solid foundation supported the entire structure. | The rumors were not substantial, lacking proof or evidence. |
Hollow | The chocolate was solid with no fillings. | The chocolate had a hollow center filled with caramel. |
Liquid | The solid freezer compartment kept the food frozen. | The hot liquid turned solid as it cooled down. |
Creamy | The solid cheese was perfect for grating. | The chocolate was soft and creamy, melting in the mouth. |
Opaque | The ice was solid and translucent. | The window was opaque, blocking any light from passing through. |
Fleeing | The solid walls prevented any escape. | The prisoners were caught fleeing through the open gate. |
Separated | The components were solidly packed together. | The brittle cookie crumbled into pieces, easily separated. |
Sturdy | The solid oak table could withstand heavy weights. | The cardboard boxes were not sturdy,collapsed under pressure. |
Motionless | Standing solid on the ground, not moving at all. | Resting peacefully, the motionless figure seemed like a statue. |
Dispersed | The troops stood solid in formation on the field. | The gathering was over, and the people dispersed in different directions. |
still | The rock remained solid, not moving an inch. | The water was calm and still, reflecting the clear blue sky. |
Breakable | The diamond is the hardest solid substance known. | The glass was breakable, shattering into pieces upon impact. |
Outro
Antonyms of solid, opposite of solid and solid ka opposite word are the same thing. In essence, the opposite of the word “solid” is “liquid.” Solid refers to a state of matter characterized by a fixed shape and volume, while liquid denotes a state of matter with a fluid consistency that takes on the shape of its container. This fundamental distinction between solid and liquid states of matter underpins much of our understanding of the physical world around us.
The transition from a solid to a liquid state is a fundamental concept in physics and chemistry. It occurs when substances are heated to a point where their particles overcome the forces holding them in a rigid structure. This transformation is crucial for various industrial processes, scientific research, and everyday phenomena, such as melting ice into water or soldering metal joints. Understanding the behavior of solids and liquids is essential for advancements in materials science and technology.
In conclusion, the interplay between solids and liquids shapes our daily experiences and scientific understanding. By recognizing their distinct properties and behaviors, we can better appreciate the intricacies of matter and its transformations. From the solidity of ice to the fluidity of water, the contrast between solids and liquids highlights the dynamic and fascinating nature of the physical world.