Well, we can 'see' the air, but bees have short, fuzzy hairs that help them sense it even better. Sort-of like a fly. Have you ever tried to smash one fly? Here's what happens: You sneak up a few feet near it. Then you get closer and closer... WHOOSH! The fly sensed your delicate movement! Same thing with a bee. A bee or any related arachnid/insect could even know you're there if you're behind it!
Bees can see in the ultra-violet wavelength of the spectrum. They can also detect polarized light.
electromagnetic waves can be see insects ... ... ... ... ... ... ...
Bees can see ultra-violet light.
No. Dogs are different from humans. For example, dogs cannot process many colours, unlike humans. Dogs have the pack instinct (resulting in their loyalty), while humans do not. Dogs only mate in breeding season, while humans mate anytime.
Aside from artificial selection humans are a large part of all other organisms environments. So, any barriers humans erect could bring about allopactric speciation, though I can not think of any specific examples there. Also, human caused extinctions can cause adaptive radiation of a species into the niche of a species driven extinct by humans.
yes they do like humans. they think that we are nice.
I think there are more rats in the world than humans.
Crocodiles don't hurt humans on purpose. The will if they think that the humans are going to hurt them. If you don't bother them, they won't bother you.
rainbows ....... i think?
Visible light waves
Just found this one out. The answer is: gravity.
Answer Yes, you can. I think the answer is no. A physical object in a vacuum can have some energy/heat in it, and the energy associated with electromagnetic radiation can have energy/heat associated with it, but the vacuum itself cannot. ______________________________________________________________________ There is no such thing as a vacuum.
We have detectors on our bodies to detect electromagnetic radiation that we refer to as 'light',and also radiation in the far infrared that we refer to as 'heat'.A lot of people think we're also able to detect EM radiation in other bands, but scientific experimentationdoesn't support that.Yet ? ~ ~ oooweeeooo ~ ~ ~ ~
Electromagnetic radiation. To be honest with you, we can't think of any other form.
I think they use frequency modulated sound waves rather than electromagnetic waves as to be honest i cant think of an em wave that would work.
Radio waves, Microwaves, Infrared, Visible Light, Ultraviolet, X-Rays, Gamma Rays etc. are all Electromagnetic radiation, just at different frequencies.In physics, radiation is any process by which energy travels from one body to another.When most people hear radiation they think of ionising radiation, which is a radiation that is strong enough to ionize atoms.X-Rays are both Electromagnetic radiation and ionising radiation, because of the later it is a health hazard.http://en.wikipedia.org/wiki/Radiography
You don't even have to go to "... the deep reaches of space". Electromagnetic radiation is also the only way to communicate with the International Space Station right now, roughly 400 km (250 miles) up. In fact, now that I think of it, electromagnetic radiation is the only way to communicate in real time with a person living on the next block, except perhaps for smoke signaling.
I think that they are both the same, as they are both electromagnetic radiation. Hence they both travel at the speed of light.
Visible light is electromagnetic radiation. Use the link below to read more. There's a whole world of knowledge in the nature and behavior of light, but it is something that can be understood. After all, it's not rocket science.
Quite simply, because there are individual differences between species. In this case, the range of the electromagnetic waves they can see is a little larger for some animals. I don't think that ALL animals, or even all animals with eyes, can see a larger range of radiation than humans.