Protozoa

A paramecium eats by using its cilia to sweep food particles into its oral groove. The food particles are then engulfed by the paramecium and enclosed in a food vacuole. Digestive enzymes are then secreted into the food vacuole to break down the food particles for absorption.

Parameciums feed by sweeping food particles into their oral groove using their cilia, small hair-like structures. The food particles are then engulfed into a food vacuole, where digestion takes place. Waste materials are expelled through the cell membrane.

All euglena have chloroplasts and can make their own food by photosynthesis. They are not completely autotrophic though, euglena can also absorb food from their environment; euglena usually live in quiet ponds or puddles.

Arthropods can transmit diseases such as malaria, dengue fever, and Lyme disease to humans through their bites. Some people may also experience allergic reactions to arthropod bites or stings, leading to symptoms ranging from mild itching to severe anaphylactic shock. Additionally, certain arthropods like bed bugs and fleas can cause skin irritations and discomfort.

There are many examples but one would include of how Euglena reacts to light. When the stigma senses light, it will tell the Euglena to make its food, but if the stigma senses darkness, it will ask the Euglena to hunt for food.

Paramecium primarily feed on bacteria, algae, and other microorganisms found in water. They use their cilia to sweep these food particles into their oral groove, where they are then engulfed and digested.

A volvox uses its flagella to draw in small particles of food and water through an opening called the cytostome. Inside the volvox, specialized cells called phagocytic cells engulf and digest the food particles. The nutrients are then shared with the other cells in the colony through a network of cytoplasmic bridges.

No you can't eat a paramecium because it is a oragin

Actually, you can but you'd just get sick really sick.

Euglenas are freshwater organisms that can be found in various aquatic habitats such as ponds, lakes, and rivers. They are known for their ability to thrive in both freshwater and brackish environments. Euglenas are commonly found in areas with organic matter where they can use sunlight to photosynthesize and obtain nutrients.

Protozoans are classified by the way they move. Some have Cilia or Flagella, but the amoeba has an unusual way of moving by stretching it's cytoplasm into finger-like extensions called pseudopodia. The ameba use its cytoplasm to move and eat another cell

Euglenas reproduce asexually by fission, and there has been no existence of sexual reproduction. Reproduction includes transverse division and longitudinal division, which both occur in the active and encysted forms. Acidity and alkalinity have been known to affect reproduction and life spans of Eugienozoans. Life spans also greatly differ between each group of Euglenozoans.

Although amoebas are famous for being quite small they are actually on the large side for single-celled organisms. Many amoebas can be seen with the naked eye, and can grow up to about a millimetre in length. The most famous species of amoeba, Amoeba proteus, is around 700-800 micrometres in length, or 0.7-0.8mm.

Euglena breathes through a process called diffusion, where oxygen enters the cell and carbon dioxide leaves the cell through the cell membrane. Euglena does not have specialized respiratory structures like lungs or gills, so it relies on simple diffusion for gas exchange.

Euglena reproduce asexually through a process called binary fission, in which the organism divides into two identical daughter cells. In certain conditions, they can also reproduce sexually through a process called conjugation, where genetic material is exchanged between individuals.

It swims around and fly's in the ocean with it's family till it is grown up

Euglena get rid of waste through a process called exocytosis. They store waste in specialized compartments within their cell called vacuoles, and then release the waste outside the cell when the vacuoles fuse with the cell membrane.

The types of locomotion include walking, running, hopping, jumping, crawling, swimming, flying, and climbing. These actions involve different body movements and adaptations suited for each type of environment.

Dogs can get a protozoan infection through exposure to contaminated water, food, or soil, and from ingesting infected prey or feces. Some common protozoan infections in dogs are giardiasis and coccidiosis. Preventive measures include good hygiene practices, regular deworming, and avoiding contact with infected animals.

An amoeba is a shapeless blob of ''jelly'' that engulfs random objects on its way to know where in particular. Amoeba move by using their pseudopodium which is a "false leg." Amoeba can be harmful or helpful to man-kind and other living things. Amoebas are composed of just one cell. They are protozoans with no fixed shape. Most have no hard parts and look like blobs of jelly. However, some amoebas do build shells. Amoebas move by making part of its body move in the direction it wants to travel. Then slowly the rest of the cell follows. In order to eat an Amoeba flows around other microorganisms and then engulfs them. To reproduce the Amoeba splits itself into two cells.

No, Elodea cells cannot live on their own because they are a part of a larger organism. Elodea is a type of aquatic plant that consists of multiple cells working together to support the plant's growth and function. Individual Elodea cells cannot survive independently.

Paramecium is typically colorless or translucent because it lacks pigmentation. Its color can appear slightly gray or greenish due to the food vacuoles containing algae or other microorganisms that it consumes.

A paramecium is a single-celled organism, with its own set of organelles. It lacks most of the organelles most cells in humans and other multicellular creatures, including the golgi body.

Volvox is a green algae the forms colonies of up to 50,00 individual organisms. Each volvox has a nucleus, chloroplasts, a contractile vacuole, an eyespot, and a pair of flagella. The large, spherical colony usually contains daughter colonies that, once fully formed, will exit the parental colony.