because the spoon is concave, making the reflection upside down
cuz
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
its a circle so the figure is round that is why we see each other upside down
Well when a word is shown in front of a mirror the reflection of the word upside down. This is called mirror image.
1961
convex lens
freez the water. after freezing it will be ice then you can turn a glass of water upside down without spilling the water.
because it's in your mum
When filling a cup/glass with full water the card/lid will not stay up.
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 !
This because air is present inside the empty glass which does not let the water to enter theglass . Air also offers a force which is opposite the force of water and does not let the water to enter the glass.
The air gets trapped, and if the glass is brought deep enough under the water the air will be pressurised and will take up less space.
If you are referring to the old trick where you put a piece of paper over a glass and turn it upside down, the answer is water tension.
Drink out of a water bottle. Trying to use a glass may result in spilling some water, which will enter your nose!
It will trap the air within it till it tips over, and releases the air.
All reflections result in inversions. The only difference is some are lateral (left to right) an others are vertical. Which one it is depends on the positions of the viewer and the reflecting surface.
vacuum
water is a polar molecule (meaning that it has a positive and negative charge.) In otherwords, they stick to eachother. much like how you can hold a magnet up by holding it with another magnet.