A. proteins
B. amino acids
Answer:
Enzymes
Explanation:
Amoeba uses enzymes to breakdown organic molecules because enzymes are biological catalysts that help to speed up the rate of chemical reaction or breakdown large molecules.
Amoeba have vacuole which fuses to the lysosomes by cytoplasmic movements. The lysosomes are organelles that contain enzymes amylase and proteinase which help to digest carbohydrates and proteins.
An amoeba in a pond uses enzymes to break down the organic molecules in a paramecium that it engulfs and consumes.
An amoeba, a type of single-celled organism, engulfs its food and then breaks it down using a biological catalyst known as enzymes. The enzymes are involved in the process of digestion, which allows the amoeba to obtain nutrients and energy from its food, in this case, a paramecium. Enzymes work by lowering the activation energy for a reaction, making it easier for the reaction to occur and therefore the digestion process in amoeba happens more quickly.
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Scientific consensus supports the idea that living organisms require oxygen. Then, a scientist discovers a type of bacteria that metabolizes sulfur instead of oxygen, and thus survives in environments without oxygen. The scientist concludes that a diverse group of many different organisms could live in an oxygen-free environment.
The reason why some scientist should be skeptical of the scientist’s results and conclusion is to evaluate experimental procedures and it also helps scientists recognize when ideas are not supported by evidence. This is the way that this theory can become a scientific consensus.
I hope it helps, Regards.
Answer:
A decrease in stability among populations
Explanation: if several species of carnivores are taken away from an ecosystem, there will be an instability among populations. Some of the factors that might cause the decrease in stability are that there would be an over population of the prey animal that would not be eaten by the carnivores and that the plant life would be in danger because of the over population of hervibores.
(C2HO)n
(CH2O)n
(CHO)n