0
Want this question answered?
Be notified when an answer is posted
Add your answer:
Earn +20 pts
What are tube functions of the tube feet?
One of the functions for tube feet are for movment, and also so they can pry open their clams.
What are the function of the tube feet?
Tube feet are structures that operate like a suction cup.
How do echinoderms use their tube feet?
Echinoderms use their tube feet by using their water vascular system, so their tube feet are basically controlled by a water pressure system. Tube feet are adapted to a different uses in the groups of echinoderms by being able to use their tube feet to attach to objects as well as for protection and the gaining their nutrients.
How are the tube feet used when adhering to solid objects?
tube feet can suck anything, but moves slow.
Does an echinoderm have tube feet?
Yes echinoderms have that internal hydrological system that lets them run their tube feet.
How do the tube feet of an echinoderm help the animals?
the tube feet of an echinoderm helps the animal, by making it move!. hope this helped.
Where does water leaves a starfish?
Water exits through the tube feet of a starfish.
How does a echinoderm use its tube feet?
These tube feet have suction disks that enable the animals to crawl or attach themselves to objects. Think of a starfish "clinging" to the walls of the inside of a fish tank
How many cubic feet are in a 16 inch round tube 200 feet long?
A 16-inch diameter tube that is 200 feet long has a volume of: 279 cubic feet.
What is the invertebrate with tube feet?
enthorems
Do starfish have tube feet?
They have 1,0000 playing 2,000
What are tube feet on a star fish?
Tube feet are a series of small tubular projections that can be find on all echinoderms, including the star fish. By pumping fluids in and out of these tubes, hydraulic pressure is created that can be used to grip onto a surface or circulate materials around the feet. In star fish, tube feet are often used as suction cups to keep a grip on the environment and prevent being swept away by undersea tides.
