The sex glands help the water over the gills which causes the clam to have an orgasm and then have and erection. The orgasm splatters everywhere and tickles the clam.
YES.The gills are one of the respiratory organs of the clam
A clam :D, A shellfish O.o?
No i am pretty sure of this because a biotic factor is something that i alive. A clam is alive! An abiotic factor is something that was never living. Example: Water and sun.
A sponge takes in particles of water. A clam takes in particles of food.
The largest shell belongs to the giant clam, Tridacna gigas, whose shell can grow to several hundred pounds, with a length of about 5 feet.
The sex glands help the water over the gills which causes the clam to have an orgasm and then have and erection. The orgasm splatters everywhere and tickles the clam.
The sex glands help the water over the gills which causes the clam to have an orgasm and then have and erection. The orgasm splatters everywhere and tickles the clam.
The sex glands help the water over the gills which causes the clam to have an orgasm and then have and erection. The orgasm splatters everywhere and tickles the clam.
The sex glands help the water over the gills which causes the clam to have an orgasm and then have and erection. The orgasm splatters everywhere and tickles the clam.
Two functions of a clam's gills are to extract oxygen from the water and separate sand particles from food particles and water when being digested.
Yes. All aquatic animals have respiratory organs of one sort or another - usually gills - to absorb dissolved oxygen from the water.
A siphon brings in water, and filters out the food for it.
Water and food particles are drawn in through one siphon to the gills where tiny, hair-like cilia move the water, and the food is caught in mucus on the gills. From there, the food-mucus mixture is transported along a groove to the palps which push it into the clam's mouth. The second siphon carries away the water. The gills also draw oxygen from the water flow.
YES.The gills are one of the respiratory organs of the clam
Clams suck in and expel water through their siphon tubes to filter food particles out of the water, to breathe (by running the water over gills), and to eliminate waste.
A clam is called a filter feeder because it sucks in water and food (plankton and other microscopic creatures) through its incurrent siphon. Then, it filters the water with its gills and the waste water is excreted through the excurrent siphon. Then, the labial palps push the food into the clams mouth and the clam starts eating.
oxygen is absorbed into the clam through the incurrent siphon, and carbon dioxide is exported out of the clam through the excurrent siphon