For an organism to do photosynthesis the organism must have Chloroplast. The only organisms that can do photosynthesis are plants.
plants
Plants. They use photosynthesis to create their food.
Plants produce their own food using 'photosynthesis'.
An obligate autotroph is an organism that must rely on creating its own food (usually by photosynthesis) in order to survive.
Producers use about 90 percent of the food energy they make during photosynthesis for their life processes.
Algae are autotrophs, which means they derive their food from the sun.
Plants are an organism capable of producing their own food. (Organisms are all living things, technically plants are living...) Plants create their own food through photosynthesis.
Organisms are called a producer because it makes its own food through photosynthesis.
A heterotroph (also known as a consumer) feeds on other organisms. Autotrophs (also known as producers) create food, almost always through photosynthesis.
An organism that absorbs food is a producer/plant. A producer absorbs energy from the sun to make food or go through Photosynthesis
An organism that makes its own food by photosynthesis is an autotroph.
A heterotroph (also known as a consumer) feeds on other organisms. Autotrophs (also known as producers) create food, almost always through photosynthesis.
Also known as a producer in the first trophic level. This can be a tree, grass or and organism that creates its own food through photosynthesis.
plants
This is a trick question. Photosynthesis is used to create glucose, not to break it down. Hence, all living organisms do not use photosynthesis to break down glucose.
Plants/Producers make their own food by photosynthesis. which is a process where plants get their energy from the sun and can make their food using the sun and rain.
A producer is a main organism in a food chain. It is an organism or living thing which produces its own food and provides other organisms with food. Producers are normally plants.
Plants through photosynthesis they create glucose, and any other autotrophs.