mitochondria
The kingdom that consists mostly of unicellular organisms and includes both heterotrophs and autotrophs is Protista. This diverse group contains organisms such as protozoa (heterotrophs) and algae (autotrophs). Protists are primarily found in aquatic environments and exhibit a wide range of nutritional strategies and life cycles.
Five similarities of Autotrophs and Heterotrophs are: - They both are living things - They need food to live - They both want air, water, sunlight to live - They convert small molecules into large molecules during the preparation of food.
Autotrophic organisms are animals or plants that can create their own energy from the Sun. The organelle most common in these organisms are chloroplasts.
Bacteria may also be classified both by the mode by which they obtain their energy. Classified by the source of their energy, bacteria fall into two categories: heterotrophs and autotrophs. Heterotrophs derive energy from breaking down complex organic compounds that they must take in from the environment -- this includes saprobic bacteria found in decaying material, as well as those that rely on fermentation or respiration.
Chloroplasts are only in plant and some protists cells and are the site of photosynthesis; making these organisms autotrophs. Animals do not have chloroplasts, can not make their own food and are heterotrophs.
The kingdom that consists mostly of unicellular organisms and includes both heterotrophs and autotrophs is Protista. This diverse group contains organisms such as protozoa (heterotrophs) and algae (autotrophs). Protists are primarily found in aquatic environments and exhibit a wide range of nutritional strategies and life cycles.
Five similarities of Autotrophs and Heterotrophs are: - They both are living things - They need food to live - They both want air, water, sunlight to live - They convert small molecules into large molecules during the preparation of food.
Animals: Motile heterotrophs that are multicellular and widely dispersed over the earth. Plants: Sessile autotrophs that are multicellular and dispersed widely over the earth. Protists: Comprising both autotrophs and heterotrophs these, generally, single celled organisms are usually found in a watery environment. Fungi: These decomposing, multicelled detritovores are only found on the land where they are reasonably well dispersed.
The nucleus is an organelle. It is not found in an organelle.
Two main nutrients found in autotrophs include carbohydrates, and proteins
Multicellular heterotrophs are located everywhere in the world. All animals and humans are multicellular heterotrophs and can be found on land and in the ocean.
Autotrophic organisms are animals or plants that can create their own energy from the Sun. The organelle most common in these organisms are chloroplasts.
Bacteria may also be classified both by the mode by which they obtain their energy. Classified by the source of their energy, bacteria fall into two categories: heterotrophs and autotrophs. Heterotrophs derive energy from breaking down complex organic compounds that they must take in from the environment -- this includes saprobic bacteria found in decaying material, as well as those that rely on fermentation or respiration.
Chloroplasts are only in plant and some protists cells and are the site of photosynthesis; making these organisms autotrophs. Animals do not have chloroplasts, can not make their own food and are heterotrophs.
A carbohydrate is a complex molecule of carbon, hydrogen, and oxygen found in all living organisms. These molecules store energy. All heterotrophs need carbohydrates for the energy they need to survive. Autotrophs make carbohydrates through photosynthesis or other processes.
The Golgi is an organelle it has no organelles.
The autotrophs that are the main producers of tidal flats and salt marshes are algae. Algae can also be found in other environments as well.