Most species of Euglena have chloroplasts, which allow them to capture the energy in sunlight and form carbohydrates. However, they are also capable of consuming food to receive energy.
Because the Euglena's pellicle is flexible, this organism can
Euglena can be both heterotroph and autotrophs but algae can be only autotroph. Euglena act like herotroph when sunlight is not available.
Euglena
euglena
euglena
There eye spot
paramylum
how do euglena obtain energy
It gives energy to cell. It is all similar
Through Photosynthesis.
Algae, Euglena.
The students are planning to write labels for their diagram, explaining how each part contributes to the function of the euglena. Which label would be most appropriate for the chloroplast? Responses "This structure helps the euglena obtain minerals from its environment so that it can perform life functions." "This structure helps the euglena obtain minerals from its environment so that it can perform life functions." "This structure helps the euglena remove food wastes from the cell after their nutrition has been used for life processes." "This structure helps the euglena remove food wastes from the cell after their nutrition has been used for life processes." "This structure helps the euglena use up energy it has stored in the process of building new cell parts and growing." "This structure helps the euglena use up energy it has stored in the process of building new cell parts and growing." "This structure helps the euglena obtain energy from its environment so that it can perform life functions."
Some of them collect sun's energy because when there is no light they can use the sun's energy.
Euglena are unique, they are both heterotrophic (must consume food) and autotrophic (can make its own food). Euglena have chloroplasts that trap sunlight which are used for photosynthesis.
To collect energy
This is a euglena, a type of protist. I have never heard of a euglena oval but under a microscope, euglena have an oval shape within them.
you can collect energy more when its black