Paramecium is a genus of protists that lives in water. It has organelles called contractile vacuoles that continually eliminate
the excess water gained through osmosis. Knowing that Paramecia gain water through osmosis, we can deduce that they normally live in Paramecium is a genus of protists that lives in water. It has organelles called contractile vacuoles that continually eliminate the excess water gained through osmosis. Knowing that Paramecia gain water through osmosis, we can deduce that they normally live in ice and very cold environments. the ocean. very salty environments. freshwater lakes and ponds.
Paramecium refers to a single-celled species that generally thrives in fresh water like lakes and ponds and relies majorly upon bacteria as the source of their nutrition. They exhibit tiny hair-like projections on the exterior part of their body that helps them in locomotion. Apart from this, as an essential form of adaptation, these species exhibit contractile vacuoles that help them to eradicate excess of water that they gain from their surroundings by the process of osmosis.
These contractile vacuoles help in maintaining the pressure of water within the body of paramecium by contracting continuously as it helps in discharging excess of water into the surroundings. The presence of contractile vacuole plays an essential role in the life of paramecium as in case if the concentration of salt becomes high in the surroundings in comparison to the concentration present within the body, the organism would die. Thus, it can be concluded that these species thrive in freshwater lakes and ponds.
Answer: Yes, they would either need a blood relative to take DNA samples from or something the deceased had before their death such as a baby tooth or hair.
The type of deafness that is present if the bone conducted sound is heard longer than the air conducted sound is CONDUCTIVE HEARING LOSS. Conductive hearing loss refers to the situation where there is a problem conducting sound waves anywhere along the route through the outer ear to the ear drum and the tiny bones of the middle ear.
Basically ionic bonds can be formed between a metal atom and something called a radical ion. The radical ion could have covalent bonds within themselves, for example, CO3- is a radical ion.
