the butterfly has wings,caterpiller do not
Why are the parts of some plants very different from those of others
Why are the parts of some plants very different from those of others
OOOOOOOOH you found one?!?!?!? THOSE ARE SOOOOO COOL!!!!!!! I have ALWAYS wanted one! Where do you find them? OH yeah your answer, sorry I got carried away. The caterpillar you described is that caterpillar in that child's book "The very hungry caterpillar" I believe it is an Azalea caterpillar.
NO those are too different organs at different parts of the body
i think its one of those swallowtail caterpillar things
The caterpillar that is green with small fake "snake" eyes is the Spicebush Swallowtail Caterpillar. This caterpillar will turn into the spicebush swallowtail.
A caterpillar has about 4,000 muscles, while a human being has approximately 600 muscles. Although the number of muscles in a caterpillar is greater, their muscle structure and function are quite different from those in humans. Caterpillars primarily use their muscles for movement and feeding, while human muscles are involved in a wide range of complex movements and functions.
"Caterpillar" is fundamentally a noun. Like most nouns naming tangible objects, it can also be used to modify other nouns and in that use is often considered a "substantive adjective". "Look at that bright-colored caterpillar!" (simple noun); "Those are caterpillar tracks" (substantive adjective). To help tell the difference, note that the last example sentence could alternatively be written as, "Those are tracks of a caterpillar" or "Those are a caterpillar's tracks". This distinction is especially useful when translating English into some other language that does not allow as much freedom to adapt one word form to another part of speech as English does.
# duodenum (part of the intestine) # diaphragm Those are two different parts of the body that start with D!!!!!
It depends on the race car, because the parts for a Sprint Cup racer are vastly different from those for a Formula Vee car.
w were tribal revolts different from other revolts
In your inner ear, different parts of the basilar membrane vibrate at different natural frequencies, and hair cells near those parts send nerve impulses to your brain where they are interpreted as different pitches.