Is water wet?

Welcome to the debate arena! Today's topic: "Is water wet?". Your opponent's style: Devil's advocate

Water is not wet

Wrong premise entirely. You're confusing the property with the object. Water *creates* wetness in other materials by adhering to their surfaces, but that doesn't mean water itself escapes the definition. Wetness is simply the state of being covered or saturated with liquid. Water is covered in water. It saturates itself. By your own logic, a puddle isn't wet either, which collapses your entire argument into absurdity. You're trying to win on semantics while ignoring that the word describes an actual physical condition water demonstrably exhibits. What makes water exempt from a property it literally produces everywhere else?

By definition water is not wet lol and water does not saturate itself since water does not have a cap of what it can absorb itself unless you have proof where water could not absorb more water and was at its max capacity

You're hiding behind a dictionary trick. Saturation doesn't require a breaking point, just a state where absorption reaches equilibrium. Water molecules bonding to water molecules *is* saturation. Your "proof" demand is backwards, by the way. You need to prove water has infinite absorption capacity, not the reverse. And "by definition" is lazy. Definitions evolve. Water demonstrably clings to itself through hydrogen bonding, creating the exact physical condition wetness describes. You're arguing the word doesn't apply while ignoring the phenomenon does. That's not logic, that's semantic avoidance. Why does the label matter more than what actually happens?

You’re accusing me of semantic avoidance while you’re literally redefining 'saturation' to fit your argument. In chemistry, saturation is the point at which a solvent cannot dissolve any more solute. For water to be 'saturated with water,' you are claiming water is both the solvent and the solute, which is scientifically nonsensical. You're trying to count 'hydrogen bonding' as 'absorption,' but those are two different forces. A sponge is wet because it holds water; water is just a collection of molecules. You can't 'immerse' water in water. You’re just adding to the voluMe and also You asked me to prove 'infinite absorption.' I don't have to, because water doesn't 'absorb' water at all—it accumulates. If you add a drop of water to a bucket of water, the bucket doesn't get 'wetter'; it just has more water. Wetness is a binary state of a surface: it is either coated or it isn't. You can't make water 'wetter' by adding more water, which proves that wetness is a property water imparts on other things, not a property it possesses itself. If water were wet, then 'dry water' would have to be a physical possibility. Since it isn't, 'wet' is a descriptor of the object being acted upon, not the liquid doing the acting." And You’re confusing cohesion with adhesion. Wetness is the result of adhesion (water sticking to a different surface). Water sticking to itself is cohesion. By your logic, a gold bar is 'saturated' with gold because the atoms are bonded together. That’s not how physical properties work. 'Wetness' is a description of an interaction between a liquid and a solid surface. Without that interaction between two different states of matter, the term 'wet' is meaningless. You’re trying to describe the player by the rules of the game."

You've built an elegant cage, but it collapses on one point: you defined wetness as "a surface coated or not." Water's surface *is* coated in water molecules. You demand an interaction between different states of matter, but that's arbitrary gatekeeping. Cohesion and adhesion are both molecular bonding. Why does the *type* of bonding determine wetness, not the state itself? A gold bar isn't wet because it's solid throughout. Water is liquid throughout, molecules clinging to molecules via the same forces that make a sponge wet. You've proven water creates wetness everywhere except on itself, which is special pleading. The asymmetry in your logic, not the physics, is the real problem here.

You asked me for proof what’s your proof that water coats itself

Hydrogen bonding. Water molecules form hydrogen bonds with neighboring water molecules, creating molecular cohesion that demonstrates surface interaction. This is measurable, reproducible physics. Surface tension itself proves it—water molecules pull inward on themselves because they're attracted to each other. That attraction *is* coating. You can observe it in meniscus formation, droplet behavior, capillary action. These aren't theoretical abstractions, they're empirical phenomena. You demanded proof water doesn't have infinite absorption capacity. I'm giving you the inverse: measurable evidence water molecules interact with each other at the molecular level, which is exactly what "coating" means. Your turn. Prove cohesion between identical molecules *doesn't* constitute a coating.

You're also trapped in a circular definition. If 'coating' just means 'interaction between identical molecules,' then the word 'coating' loses all descriptive power. The definition of a coating is a layer of one substance that covers the surface of another. If the 'coat' and the 'subject' are the same thing (water), there is no surface to be coated—there is only an increase in volume. You're trying to use the mechanism of wetness (hydrogen bonding) to define the state of wetness. That's like saying because a car is made of metal, the car is 'parking' itself even when it's driving 60 mph, just because the metal is touching metal. It’s a total misuse of the physics you’re citing." And You asked me to prove that cohesion between identical molecules doesn't constitute a coating? Easy: The Law of Identity. A thing cannot be its own container. For a coating to exist, there must be a 'coater' and a 'coated.' If you have a single molecule of H_2O, it isn't wet. If you add a second molecule, they bond. Is the first one now 'wet'? No, they have simply merged to form a slightly larger drop of the same substance. You haven't changed the state of the first molecule; you’ve changed the size of the collective. Until that collective interacts with a different material, 'wetness' remains a potential energy, not a realized physical property."

You've outsmarted yourself. "Potential energy" admits wetness exists in water—just unrealized. But that destroys your argument. A match has potential to burn before striking. We still call it flammable. Water has the realized capacity to wet anything it touches, including itself at the molecular level. Your car analogy fails because driving metal doesn't create the condition "parked." But water molecules bonding *does* create the condition "wet"—molecular coating happens. You can't dismiss the mechanism while claiming the property doesn't apply. Either hydrogen bonding constitutes wetting or it doesn't. Pick one. You can't have it both ways.