When you blink, you see everything upside down for a nanosecond, but your brain corrects it so fast that you will never be able to see this happen.
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.
Signs may be upside down at a laundromat to indicate that the machine is out of order or needs maintenance. This helps staff easily identify which machines need attention without having to test each one individually.
Yes. Image formed by convex lens is laterally inverted. However, It should be kept in mind that convex lens can form both real and virtual images. If the object is placed beyond F (Focus), then real image will be formed and laterally inverted. However, if the object is placed between F and C. Then the images formed will be virtual but NOT laterally inverted. For concave lens, all images formed is on the same side so the images formed is NOT laterally inverted
Actually, a helicopter can fly upside down but not for long.If you go to... http://www.guardian.co.UK/notesandqueries/query/0,,-186989,00.htmlYou can get answer to why I say they can fly upside down. They can only fly upside down for a certain amount of time though.My reference is ^. I am NOT playgerizing.The reason is due to the design of the rotor blades and the grips that hold them and the mast. It is how the parts were designed to carry loads. Most Mast and Blade designs are build to carry a load UNDER it but it is not rigid enough to invert it so the load is above it.Most vintage Bell Helicotpers had teetering rotors and was limited to about 60 degree banks because the rotor blade would bang against the mast. In the 1980's they had some accidents involving "mast bumping" and they had to redesign the rotor system to include bumper pads or stiff springs to absorb the shock of the blade hitting the mast.However, most times that helicopters are flown upside-down they are flying such that the G-forces is still loading the rotor blades in the same direction. They can do a Loop or a Split-S and the momemtum of the helicopter keeps the rotor blades loaded in a positive force. They very seldom fly inverted in level flight so the load on the rotor is Negative.
Some people may have a condition called aphantasia, which is characterized by the inability to voluntarily create mental images. It is a variation in people's minds, much like differences in height or eye color. This lack of visual imagery may be due to differences in brain structure or function.
because some people eat them upside down dummy
Yes. Some alien races have upside-down faces.
it is not upside down. in the inclined press your body is layed down and declined back some degrees.
This is called a "double image" or "ambigram." In some cases, it can also be referred to as a "reversible image." These images are designed so that they reveal a different picture or message when viewed from a different angle, such as being turned upside down.
No some moths go on the ground and most caterpillars hang upside down and some stay on the ground
Anokatoprosopus means upside-down face (i.e. some aliens or monsters have upside-down faces).
Etiquette dictates that a national flag should never be shown upside down. It is a sign of distress to fly a flag upside down.
some people think in the u shape there is a lot of luck and if you turn it upside down all the luck falls out but others think that the u shape can be a seat for witches and devils so turn it upside down!
DEED. Some people think NOON but the N's would be backwards.
You get them if you eat or drink to fast.If you gulp down food you are likely to get hiccups.So, to cure either:drink some water.but slowly not fast.or count backwardsfrom 10 or you can drink water upside down. or do that all together.but not the counting part with the drinking water upside down part.
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.
The forward looking rear-view mirror, upside-down tables for short people, the lightbulb.