Has anyone ever picked up 2 flat boards or whatever - and found that as you pick up the top board, the bottom board is stuck to it and yet all that's between them is a very small covering of water moisture.
I'd like to see people's explanations as to why that happens. I'd like to see the explanations in simple terms from the words of the person and not by looking at google or any other reference.
Let's see what answers you come up with as to why it happens. Maybe this can be another way to help prove what I'm saying. Or maybe not with the stubborn ones or the hypnotised ones, or the paid ones.
Maybe some genuine ones might come up with reality.
Let's go.
You don't need moisture.
Take two clean pieces of fine glass. For example two pocket mirrors without frames.
Wash off grease from fingers, using some rubbing alcohol. Or wash with dish detergent and dry out.
Do not touch surface again.
Stack them on top of each other, and "plop" vacuum-held kitchen rag-holder on the center of the top one.
Press them together for a moment, then pull top one up about ten inches, then stop.
Movement of the top glass will try to create partial vacuum between them, but atmospheric pressure will push bottom glass up.
Yes, UP.
Air won't instantly get between them at the moment you start pulling.
It will take time and pieces of glass will start separating with delay.
If there is a bit of moisture between them, spread well by initial pressure, adhesion force between
water and glass will keep glass pieces together, together with air perssure on bottom glass from below,
as long as you keep it horizontal. Small tilt or shake, and bottom glass slides aside, reduces contact surface
and falls back down.
BEWARE OF SHATTERED GLASS, or glass chips from edges.
Do this on some thick fabric (like carpet or not-too-thin table cover),
not on hard surfaces (like marble table).
The same adhesion force between glass and water holds drops in place on wet window.
Small drops stay where they are until dry out.
Bigger drops are heavier and slide (roll) down, leaving trail of water taken from them again
by same adhesion force along their way down the glass.
Surface Tension reshapes individual portions of the trail back into drop shape.
Google for "Adhesion vs Cohesion", and for "Surface Tension".