Let’s unravel this mystery! The simple question "Is water wet?" has ignited countless discussions and heated debates on social media and beyond. And as water filtration experts, we figured it’s high time we weigh in. So let's dive into this surprisingly controversial topic.

It may sound silly, but it's the very first question we have to address. Because without a clear answer, we can't determine if water is wet.

In everyday language, we describe an object as being "wet" when it's covered with a liquid, usually water. This aligns with the widely accepted definitions found in dictionaries such as Merriam-Webster and the Oxford English Dictionary, where "wet" refers to a solid object or surface being covered or saturated with a liquid, typically water.

So, in this context and by the definition in the dictionary, wetness is a property that arises from the interaction between a liquid and a solid surface. In other words, when water touches a surface, we say that the surface is wet. Make sense?

If you agreed with our definition of "wet" above, then water itself is not wet. Yes, it can make other surfaces or materials wet, but it is not wet itself. 

Water is just a liquid that can make other things wet. But that does not mean water is wet!

This concept is far easier to illustrate than to explain. So here are some examples that prove water is NOT wet. 

Heat! Wetness is like heat. When you touch a hot object, you feel heat, but the object itself isn't "heat." Similarly, when you touch water, you experience wetness, but water itself is not "wet."

Fire! Fire can burn things, but fire itself is not "burnt." Likewise, water can make things wet, but water itself is not wet.

Color! A blue ball has the quality of "blueness," but we wouldn't say the color blue is a ball. The ball is just an object that has the quality of the color blue.

Electricity! A battery can provide electricity to power electronic devices, but the battery itself is not "electricity." The battery stores electrical energy and can transfer it to other objects, allowing them to function. Similarly, water has the quality of wetness and can transfer that wetness to other objects when it comes into contact with them. However, this doesn't mean water itself is wet, just like the battery is not electricity.

Light! A flashlight can create light, but the flashlight itself is not "light." Just like that, water can make things wet, but the water itself is not wet.

So is a flashlight light? Of course not. And for that same reason, water is NOT wet!

In other words, water is a thing. Specifically, a liquid. Wet, on the other hand, is an attribute, an experience, a quality, or even a descriptor. It’s associated with a noun, but is not a noun.

So water can make things wet, but it is not wet—it’s water!

To dive just a little deeper, wetness is a quality that we can experience, like when we touch a wet towel or step in a puddle. Water has the quality of wetness, which allows it to make other things wet. However, just because water has the quality of wetness doesn't  mean that water itself is wet.

As we mentioned earlier, a flashlight can create light, but the flashlight itself is not "light." A battery can provide electricity, but the battery itself is not "electricity."

Water is not wet because wetness arises from the interaction between a liquid and a solid surface.  In other words, wetness is a property that occurs when water or another liquid comes into contact with a solid object.

If you define "wet" as the sensation or experience of having water or another liquid on a surface, then you could attempt to argue that water is wet. Because when water molecules stick together through hydrogen bonding, they create a cohesive force that can produce the feeling of wetness.

For example, when you swim in an ocean or a pool, you are surrounded by water. In this context, it's hard to argue that water isn't wet since you are immersed in the very substance that creates the sensation of wetness. Same as when you jump into a swimming pool or get caught in the rain, you get wet.

So, if you define wet as a sensation or experience, you could argue water is wet. But like we said earlier, that goes against the very definition of wet!

The UCSB ScienceLine, where designated scientists at the University of California, Santa Barbara, answer user-submitted questions, says “liquid water is not itself wet, but can make other solid materials web.”

It goes on to explain that the interaction of water molecules creates adhesive and cohesive forces, which are responsible for surface tension. Water molecules are held together by hydrogen bonds, involving hydrogen atoms and oxygen atoms. When water molecules come into contact with a surface, these forces create the condition of a liquid being wet.

If you’re really into science, UCSB suggests a drop of water can wet a surface because of its ability as a liquid to create adhesive and cohesive forces. Then the molecules of water work together to form hydrogen bonds that allow them to interact with the surface of a material, whether it's hydrophobic or not.

YouTuber Chaz Smith created a viral video discussing the topic, "Is water wet?" In the full video, he goes into detail about the semantics of the question and provides his humorous insight into why water may or may not be considered wet. While UCSB focuses on the science, Chaz Smith keeps it light.

In the end, whether you believe water is wet or not depends on how you define wetness and the context in which you consider it.

If you're referring to wetness as the interaction between a liquid and a solid surface, as most do, then water is not wet. If you're considering wetness as a sensation or experience involving liquids, then you could potentially argue that water is wet.

Some might say the "Is water wet?" debate ultimately comes down to semantics. It's essential to understand the properties of water, such as its adhesive forces and cohesive forces, hydrogen bonds, hydrogen atoms, wetting agents, ions, and surface tension, which all play a role in determining whether water is wet or not. But regardless of whether you believe water is wet or not, and the debate may never be fully settled, it's fascinating to explore the science and semantics behind this simple question.

And for the record, whether you believe water is wet or not, we’re still here to filter your water so you always have easy access to clean, safe water you and your family can count on! Because one thing we can all agree on is water quality and cleanliness matters!

Is air invisible? Air is generally transparent to the human eye, but is it invisible itself, or does it just appear invisible because it doesn't interact with light in a way that makes it easily visible?

Is sugar sweet? Sugar is a substance that creates the sensation of sweetness when we consume it, but is sugar sweet itself, or does it only taste sweet when it interacts with our taste buds?

Is a lemon sour? A lemon contains citric acid that creates the sensation of sourness when we taste it, but is the lemon sour itself, or does it only taste sour when it interacts with our taste buds?

Is a bell noisy? A bell produces sound waves when it is struck or vibrated, but is the bell noisy itself, or does it only create noise when it interacts with the air and our ears?

Is a light bulb bright? A light bulb emits light when an electric current passes through its filament or LED, but is the light bulb bright itself, or does it only create brightness when it interacts with the surrounding environment and our eyes?

Enjoy that food for thought as you cheers a glass of clean water!