Heterotrophs are organisms that cannot produce their own food.
An example of a heterotroph is a human or a mouse. We have to find our food.
An autotroph is an organism that can produce its own food.
An example of an autotroph is a sunflower. They make their food through photosynthesis.
the similarities are they both are in biology
Chloroplasts are for autotrophs. Hetrotrophs get C from others.chloroplasts capture light energy.Heterotrophs get energy from chemicals mainly
The living part of ecosystem is the biotic component and is comprises of autotrophs or producers and hetrotrophs or consumer which are designated as t2, t3, t4
Both!Some protists are photosynthetic and therefore autotrophs eg Euglena and Chlamydomonas.Other protists feed like animals and so are heterotrophic eg Amoeba.
It's a heterotroph.
no.they are hetrotrophs.
Plantae
the similarities are they both are in biology
Autotrophs and Hetrotrophs.
it creates food that they can eat because they can not make food theirselves.
animals are heterotrophs because they can't make their own food
since they're hetrotrophs they hunt for there foodfungi asorb their food
They can both be multicellular, they can both be hetrotrophs, and they are both eukaryotic.
hetrotrophs because they cannot make their own food. Of course
Autotrophs make their own food using chlorophyll, (sunlight energy) whereas; hetrotrophs don't. Hetrotrophs feed off other living things. e.g. -a plant absorbs sunlight to grow, release and store (so the plant is an autotroph) -a cow then eats the plant and the energy is transferred (so the cow is a hetrotroph) - a human then eats the cow and the energy is, once again, transferred (so the human is a hetrotroph) - the energy is then lost as heat
A hetrotroph is an animal that finds it food, like a human or a cheetah. Instead of making our food (autotroph) we have to search for it.
Chloroplasts are for autotrophs. Hetrotrophs get C from others.chloroplasts capture light energy.Heterotrophs get energy from chemicals mainly