Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
Wetness is water adhering to another surface. Water cannot wet itself as each molecule is the same.If wet means "touching water" and touching means "adhering to" something then water is extra wet since the water molecules attract eachother via hydrogen bonding.
View attachment 8530553
Define surface.Wetness is water adhering to another surface. Water cannot wet itself as each molecule is the same.
Define another.Define surface.
You sir are a Jew. Don't play your semantic semitic mind games with me.Define another.
Example of not wet: | ||
|---|---|---|
Example of wet: | ||
(Block of water molecules, alone) | (H2O + H2O + H2O + H2O) | (Subject) is not covered with another liquid |
(Block of water molecules) ((+ other liquid)) | (H2O + H2O + H2O + H2O) + ((H2O + H2O)) | (Subject) is covered with another liquid |
It counts for whatever you want it bby, besides water being wet.Does 'Sneed' count as the 'OP is gay' option?
Wetness is the presence of water on a solid surface. Water applies wetness, but it is not wet. You can technically make ice wet, though, since it is a solid. When ice melts, it turns into water, which makes things wet, but the ice itself cannot impart wetness because it is a solid.For real though, water is technically a surface. And water can be in contact with other water molecules. Therefore can in fact make itself wet because other water molecules are on its surface.
A non surface can be wet too, and a solid surface can be wet the same way a non surface such as steam can be solid and thus wet in the presence of water. A surface can be both water and wet even though water itself isn't necessarily a surface. Ergo, water can be wet. Deal with it.Wetness is the presence of water on a solid surface. Water applies wetness, but it is not wet. You can technically make ice wet, though, since it is a solid. When ice melts, it turns into water, which makes things wet, but the ice itself cannot impart wetness because it is a solid.
Edit: Water is not a surface. It has a surface. though.
Steam is not a solid; it's a gas. Pure steam is never wet. Visible steam is wet because it contains water droplets.A non surface can be wet too, and a solid surface can be wet the same way a non surface such as steam can be solid and thus wet in the presence of water. A surface can be both water and wet even though water itself isn't necessarily a surface. Ergo, water can be wet. Deal with it.
Bold of you to Assume water is H2O and not a proportional mix of H3O+ and HO- ionsBy these definitions (random dictionary):
Then water isn't necessarily wet, but can be wet (table messed up, you can get the idea):
- Wet: (something/subject) covered or saturated with water or another liquid.
- Cover: put (something) on top of or in front of something, especially in order to protect or conceal it.
Example of not wet:
Example of wet:
(Block of water molecules, alone)
(H2O + H2O + H2O + H2O)
(Subject) is not covered with another liquid
(Block of water molecules) ((+ other liquid))
(H2O + H2O + H2O + H2O) + ((H2O + H2O))
(Subject) is covered with another liquid
And the same applies to everything else, just substitute "subject" for something else, like: is wood wet? Is air wet? Am I wet? And so on. So nothing by itself is wet, unless it is covered by a liquid (that makes it wet).
So imagine you had a sphere of water floating in front of you. By the previous definitions, that sphere/block of water wouldn't be wet, but the block of water inside it (one layer deep), would be wet.
That's what it is. Hydrogens jump from oxygen to oxygen, leaving some with 3 and some with 1. That might be a little too complex for this group, though, as most people here are still struggling with the idea that water is not wet.Bold of you to Assume water is H2O and not a proportional mix of H3O+ and HO- ions