-are hetrotrophic protists and are autotrophic protists e protozoa (as those are
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-are hetrotrophic protists and are autotrophic protists e protozoa (as those are parasites and are not photosynthetic) and algae (as these are photosynthetic) O fungi (as those belong to kingdom Protists and are called saprobes) and algae (as these are photosynthetic) O algae (as these are photosynthetic) and protozoa (as those are parasites and are not photosynthetic) protozoa (as those are parasites and are FULLY photosynthetic) and algae (non photosynthetic) QUESTION 4 structure of a protei Peptide Primary and Hydrogen secondary Peptide Primary and covalent secondary O Hydrogen Primary and disulphide secondary Hydrogen Primary and covalent as peptide in secondary QUESTION 5 which functional groups are found in-? carboxyl and amino in amino acids/proteins and carbonyl (aldehyde vs ketone ) in glucose vs fructose Hydroxyl in amino acids/proteins and carbonyl (aldehyde vs ketone) in glucose vs tructose carboxyl and amano in amino acids/proteins and carboxyl in glucose and fructose carboxyl and amino in lipids and carbonyl (aldehyde vs ketone ) in glucose vs fructose click Save and Submit to save and submit.Click Save .All Answers to save all answersExplanation / Answer
Answer.
3). Protozoa (as those are parasites and are not photosynthetic) and algae (as those are photosynthetic).
Explanation.
Like animals, heterotrophic protists consume other organisms to obtain their energy. These protists are called "protozoa," which means "first animal." Protozoans eat through a process called "phagocytosis," in which they surround their food with their cell membrane and trap it inside a vacuole. Amoebae and paramecia are both heterotrophic protists, as is plasmodium, the parasitic protist that causes malaria.
4). Peptide; primary and covalent secondary
Explanation.
The primary structure of a protein refers to the sequence of amino acids in the polypeptide chain. The primary structure is held together by peptide bonds that are made during the process of proteinbiosynthesis.
5). Carboxyl and amino in amino acids/ proteins and carbonyl (aldehyde vs ketone) in glucose vs fructose
Explanation. Amino acids consists of carboxyl and amino functional groups and amino acids are basic structural units of proteins. Glucose consists of aldehyde functional group whereas fructose consists of ketone functional group.
12). Glucose gets oxidized and oxygen gets reduced.
Explanation. Addition of oxygen or removal hydrogen is called oxidation. Addition of hydrogen or removal of oxygen is called reduction.
During respiration, glucose is oxidized to CO2 whereas O2 is reduced to H2O.
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