Okay, I'm seeing a lot of confusion over here, so I'll try to clarify a few things:
1) Fatty acids AND glucose BOTH have C=O bonds (Fatty acids are carboxylic acids and the STRUCTURAL formula of glucose has C=O). Glycerol is propan-1,2,3-triol, so that's 3 -OH groups, but no C=O groups.
2) T-lymphocytes and B-lymphocytes BOTH produce memory cells
3) The answer to the question with 120 nucleotides was A (20 amino acids). This is because DNA is double stranded, so only half the nucleotides (60) are used to code for a protein. An amino acid is coded for by a codon, which contains 3 nucleotides, so 60/3 = 20 amino acids are coded in total.
4) The glycoprotein was responsible for the hormone recognition
5) The answer to question 39 was C, I think. I really can't remember which one it was, but it started with the last row, followed by the first, second, then third. You must multiply the number of individuals by the biomass of one individual (first two columns) then arrange the values in order
6) The answer to the net productivity was 0.75/1.8
1) Fatty acids AND glucose BOTH have C=O bonds (Fatty acids are carboxylic acids and the STRUCTURAL formula of glucose has C=O). Glycerol is propan-1,2,3-triol, so that's 3 -OH groups, but no C=O groups.
2) T-lymphocytes and B-lymphocytes BOTH produce memory cells
3) The answer to the question with 120 nucleotides was A (20 amino acids). This is because DNA is double stranded, so only half the nucleotides (60) are used to code for a protein. An amino acid is coded for by a codon, which contains 3 nucleotides, so 60/3 = 20 amino acids are coded in total.
4) The glycoprotein was responsible for the hormone recognition
5) The answer to question 39 was C, I think. I really can't remember which one it was, but it started with the last row, followed by the first, second, then third. You must multiply the number of individuals by the biomass of one individual (first two columns) then arrange the values in order
6) The answer to the net productivity was 0.75/1.8