Response to stimuli.
When the hairs are stimulated, the "trap" closes.
It moves, with help of its fluid pressure and wind.
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.
Lures the prey into the mouth of the Venus Flytrap by a sweet scent that attracts them, and when the fly lands, the mouth closes in a rapid action, and digests the fly/insect.
The rapid closing of the upper leaf of the Venus flytrap is one of the fastest in the plant kingdom. The electrical stimulus between a midrib and a lobe closes the Venus flytrap upper leaf without mechanical stimulation of trigger hairs.
Those spines create a 'cage like structure' to enclose its pray in. When a fly enters one of the Venus Flytrap's trigger mouths, the cage closes in on the fly and slowly digests it over the course of around 10 days.
by opening it snapper and waiting for a bug to fly in then there is something in the snapper that is sticky to keep the bug in then it closes it snapper and eats the bug then repeats
Venus Flytraps have little hairs or sensors that whenever a fly lands on it, it triggers the "sensors" and it closes upon its prey.
A Venus flytrap closes its trap when prey touches its sensory hairs, demonstrating a form of movement in response to stimuli.
A Venus Flytrap's jaw like "flower" closes once it catches prey. The insect or fly will act similar to a stomach and digest the fly or other insect prey to supply the plant with nutrients. The process takes roughly ten days.
The Venus Flytrap could be considered falling into this group as movement by the fly (or other small insect) causes the leaf to close
The tiny hairs on a Venus Flytrap's leaves act as trigger hairs that detect movement. When an insect or prey touches these hairs multiple times within a short period, the trap closes to capture the prey for digestion.