Chemical energy of food .
Autotrophs store energy in long chains of glucose molecules. These chains can be either starch or cellulose, depending on how the glucose are connected. When a heterotroph consumes the autotroph, it breaks down the cellulose or starch into its basic glucose components. The consumer either completely breaks down the glucose for energy, or it stores the molecules as fat or glycogen.
A ladybug is a heterotroph and not an autotroph. A heterotroph cannot produce its own energy, instead it gets the energy from what it eats.
An autotroph can make it's own energy. A heterotroph has to eat the autotroph to gain energy. To put it simple, an autotroph is a plant and it turns sunlight into energy in the form of glucose. A heterotroph is an animal and can't make it's own energy, so it eats the plant and the glucose, gaining energy from that.
A heterotroph is a creature that must ingest biomass to obtain its energy and nutrition.
Autotroph & Heterotroph
The viper-fish is a heterotroph.
Yes a wolf is a heterotroph! Heterotroph means that the organism can't make it's own energy!
No, heterotroph and consumer are not exactly the same. Heterotrophs are organisms that obtain energy by consuming other organisms or organic substances. Consumers are a type of heterotroph that specifically refers to organisms that feed on other organisms for energy.
A mouse is a herbivorous heterotroph, meaning it primarily consumes plants for energy.
A heterotroph is an organism that eats other organisms for energy. The heterotroph ate the plant.
A paramecium is a heterotroph because it does not perform photosynthesis to make it's own sugar using energy from the sun.
no. it still does photosynthesis to provide its own energy which is the very definition of an autotroph. it catches insects to provide nitrogen which most plants find in the soil and not as a sourse of energy like a heterotroph. of course you could argue that this is some form of heterotrophy but that is a philosophical debate on definitions.