like i said in the other question this is just abut answering it like u did the project.
what happen after i turn the can upside down was the water has really hot it made alot of steam come out as i put the can upside down. Also the can on the outside was dripping water as well because it was hot as well.
remember to put it in your own words :D
because the spoon is concave, making the reflection upside down
The water has turned into steam and boiled away.
Dense means how much water and object will take up when placed in water.
Put it in water that is deeper than the logs width and observe the result!
Some settlements of moss in rare cases and some tiny bacterial particles You can see the insects and microorganisms and bacteria too
Because when you turn it upside down, the surface tension of the full glass of liquid, combined with atmopheric pressure provides just enough force to out-do gravity !
When a glass of water is turned upside down, the water does not fall out due to the presence of air pressure pushing against the water, creating a vacuum inside the glass. This vacuum holds the water in place, creating a seal that prevents the water from spilling out.
He turned upside down, and he had an extra key
When a sealed soda bottle is turned upside down in cold water, the air inside the bottle cools, causing it to contract and create a vacuum. This lower pressure inside the bottle then crushes the bottle as there is greater pressure from the surrounding water, leading to implosion.
Sodium sulfate anhydrous can absorb water.
It's called a Rain-stick.
just u become upside down inside water and see it turned......
The end of the steel rod placed in the ice water would become cold due to heat transfer from the rod to the cold water. You may also observe condensation forming on the rod as the surrounding air cools.
water
carbon dioxide
no, MDF cannot observe water
The air pressure pushing up on the paper is greater than the gravitational force pulling down on the water, creating a temporary barrier that holds the water in place. This creates a vacuum seal, preventing the water from spilling out when the glass is turned upside down.