Bungee absorb food through HighC that grow in a food source first the fun G crows hi feet in the food source then digestive chemicals is from the hyphae into the food but chemicals break down the food into small substances that can be absorbed by the Hyphae
Although fungi are heterotrophs, they do not take food into their bodies as you do. Instead, fungi absorb food through hyphae that grow into the food source.
Although fungi are heterotrophs, they do not take food into their bodies as you do. Instead, fungi absorb food through hyphae that grow into the food source.
Although fungi are heterotrophs, they do not take food into their bodies as you do. Instead, fungi absorb food through hyphae that grow into the food source.
Although fungi are heterotrophs, they do not take food into their bodies as you do. Instead, fungi absorb food through hyphae that grow into the food source.
4t
mushroom = fungus; fungus does not = plant
Fungus-like protists obtain their food from dead matter. Protists are eukaryotic microorganisms.
fungus
chloroplast
mitochondrion
The cell membrane allows the passing of some substances.
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."