Ok, the basic problem you have is that you get confused between what a foot is and what a suction cup is.
Lets take the 5 pointed starfish, each 5 points is a foot. on one foot there is lots of suction cups.
but the answer to the question is, yes but they have more than one they have 1 million+ between 5 feet in a 5 pointed starfishes case
They don't have suction cups they have tube feet
Starfish have suction caps because they can grip more easily to things if they want to stay where they are for longer than they are there.
Like a star but colorful and with suction cups.
The part of the tube foot that creates suction to open clams is the ampulla. When the starfish wants to open a clam, it contracts its muscles to force water into the ampulla, which then extends the tube foot and creates suction. This suction helps to pry open the shell of the clam, allowing the starfish to access its soft body for feeding. The coordinated action of the tube foot and the hydraulic system of the starfish enables this feeding behavior.
yes starfish do have suction cups but they are only so small that they can't be seen with the human eye.
the eyes of a starfish are on the end of their legs, like their suction feelers at the bottom of each leg, but different THEY ARE CALLED SEASTAR NOT STARFISH BECAUSE THEY ARE NOT CONSIDERED FISH!
For me suction cups and pads are the same and I think those cups/pads are found in an octopus. The thing that sucks under the arms of the octopus. Answered by: cassey, brittney and kimberly
Starfish have suction-like cups helps to open clams
Kind of, mice have about 5 or so suction cup like pads on the bottom of their feet, which enables them to climb easier although the sticky pads or suction cups aren't very strong,especially if they were to be holding onto something upside down.
They have special suckers on their body which cling to the rocks like suction cups.
The suckers
Rubber suction pads stick to walls through the creation of a vacuum seal. When the pad is pressed against a smooth surface, air inside the cup is forced out. This creates a low-pressure environment inside the cup, causing atmospheric pressure to push the pad against the wall, creating suction.