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I do not think that it has a specific name for only that. I am not a plant professional but I can tell you that number one; they aren't leaves and number two; It should only be called "the head of the Venus Flytrap closing". It also does not need a capital V since it is not the name of a planet, but the name of a plant (Venus).
Venus Flytraps have little hairs or sensors that whenever a fly lands on it, it triggers the "sensors" and it closes upon its prey.
The Venus Flytrap actually doesn't have a favorite insect... It likes just about any insect.
The Venus fly trap usually has about 7 leaves. If your Venus fly trap has more leaves, it probably means that it has branched off into separate plants.
Response to stimuli.
what i learnt in the school was it is adopted for insectivorous living its leaves have hairy borders n slippery surface to trap the insects as soon a insect comes near by the hairy hindges in the periperhy of the leaves catches it n the leaves folds within inside to trap the insect complety
The Venus Flytrap hunts by luring insects into the jaws of its trap. Inside the trap are glands that secrete nectar. This tricks the insect into thinking it has found a flower. The trap has small sensor hairs that are triggered by the moving insect. The sensor hairs triggering causes the trap to shut and trap the insect.
They are not dangerous to humans, however they can catch and digest an insect in around 10 days.
A Venus fly trap catches insect that are attracted to the sweet smell it puts off. They land on the plant and the plant closes around them.
The Venus fly trap has specialized leaves with many fine hairs. These leaves look and smell like food to flies; so, they land to investigate. When they do, they brush the fine hairs, letting the plant know that an insect is there. There is a fast change in turgor pressure in special cells at the hinge of the leaf, which causes the leaf to shut. The fly is then trapped. The plant then releases enzymes that will breakdown the fly. These breakdown products are absorbed into the plant and used for growth.
The Venus Flytrap has a few small green leaves, but mainly traps.
Consider the Venus fly trap and the environmental stimulus of an insect landing on the trap's leaves and know that plants can respond quite well to environmental stimulus, though not always as blatantly as a Venus fly trap.