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1
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assessmentid,questionid,recordNum,score,response,responsefile,qid,qtitle,qlabel,qprompt,qchoice_1,qchoice_2,qchoice_3,qchoice_4,qchoice_5,qmetadatavocabulary,qmetadatavalue,qmetadatavocabulary_2,qmetadatavalue_2,qmetadatavocabulary_3,qmetadatavalue_3,?column?,qmetadatavalue_4,?column?,?column?,?column?,?column?,?column?,?column?,?column?,?column?,?column?,?column?,?column?,?column?
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2
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jlee.3321.6,jlee.3322.7,1,1,1,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic,,,,,,,,,,,,
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3
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jlee.3321.6,jlee.3322.7,2,0,1,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic,,,,,,,,,,,,
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4
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jlee.3321.6,jlee.3322.7,3,0,1,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic,,,,,,,,,,,,
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5
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jlee.3321.6,jlee.3322.7,4,0,2,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic,,,,,,,,,,,,
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6
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jlee.3321.6,jlee.3322.7,5,0,2,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic,,,,,,,,,,,,
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7
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jlee.3321.6,jlee.3322.7,6,0,2,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic,,,,,,,,,,,,
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8
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jlee.3321.6,jlee.3322.7,7,0,3,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic,,,,,,,,,,,,
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9
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jlee.3321.6,jlee.3322.7,8,0,3,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic,,,,,,,,,,,,
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10
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jlee.3321.6,jlee.3322.7,9,1,3,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic,,,,,,,,,,,,
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11
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jlee.3321.6,jlee.3322.7,10,0,4,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic,,,,,,,,,,,,
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12
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jlee.3321.6,jlee.3322.7,11,0,4,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic,,,,,,,,,,,,
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13
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jlee.3321.6,jlee.3322.7,12,0,4,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic,,,,,,,,,,,,
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14
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jlee.3321.6,jlee.3322.7,13,1,4,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic,,,,,,,,,,,,
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15
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jlee.3321.6,jlee.3322.7,14,0,3,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic,,,,,,,,,,,,
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16
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jlee.3321.6,jlee.3322.7,15,0,2,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic,,,,,,,,,,,,
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17
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jlee.3321.6,jlee.3322.7,16,1,2,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic
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18
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jlee.3321.6,jlee.3322.7,17,0,2,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic
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19
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jlee.3321.6,jlee.3322.7,18,1,2,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic
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20
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jlee.3321.6,jlee.3322.7,19,1,3,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic
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21
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jlee.3321.6,jlee.3322.7,20,1,4,,jlee.3322.7,QuestionTypeMultiple choice,Question jlee.3322.6," Polymers of polysaccharides, nucleic acids, and proteins are all synthesized from monomers by",A. connecting monosaccharides together.,B. the addition of water to each monomer.,C. the removal of water (dehydration reactions).,D. ionic bonding of the monomers.,E. the formation of disulfide bridges between monomers.,bloom,Knowledge,nbii,Chemical analysis,,Polymers,,nucleic
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22
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jlee.3321.6,jlee.3323.7,1,0,2,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis,,,,
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23
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jlee.3321.6,jlee.3323.7,2,1,3,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis,,,,
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24
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jlee.3321.6,jlee.3323.7,3,0,4,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis,,,,
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25
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jlee.3321.6,jlee.3323.7,4,0,1,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis,,,,
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26
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jlee.3321.6,jlee.3323.7,5,0,3,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis,,,,
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27
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jlee.3321.6,jlee.3323.7,6,0,4,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis,,,,
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28
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jlee.3321.6,jlee.3323.7,7,0,1,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis,,,,
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29
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jlee.3321.6,jlee.3323.7,8,0,2,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis,,,,
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30
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jlee.3321.6,jlee.3323.7,9,1,4,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis,,,,
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31
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jlee.3321.6,jlee.3323.7,10,0,1,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis,,,,
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32
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jlee.3321.6,jlee.3323.7,11,0,2,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis,,,,
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33
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jlee.3321.6,jlee.3323.7,12,0,3,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis
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34
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jlee.3321.6,jlee.3323.7,13,1,4,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis
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35
|
jlee.3321.6,jlee.3323.7,14,0,3,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis
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36
|
jlee.3321.6,jlee.3323.7,15,0,2,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis
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37
|
jlee.3321.6,jlee.3323.7,16,1,2,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis
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38
|
jlee.3321.6,jlee.3323.7,17,0,2,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis
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39
|
jlee.3321.6,jlee.3323.7,18,1,2,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis
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40
|
jlee.3321.6,jlee.3323.7,19,1,3,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis
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41
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jlee.3321.6,jlee.3323.7,20,1,4,,jlee.3323.7,QuestionTypeMultiple choice,Question jlee.3323.6," Upon chemical analysis, a particular protein was found to contain 438 amino acids. How many peptide bonds are present in this protein?",A. 20,B. 437,C. 438,D. 439,E. 876,bloom,Comprehension,nbii,Chemical analysis
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42
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jlee.3321.6,jlee.3324.7,1,0,1,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension,,
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43
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jlee.3321.6,jlee.3324.7,2,0,1,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension,,
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44
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jlee.3321.6,jlee.3324.7,3,1,1,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension,,
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45
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jlee.3321.6,jlee.3324.7,4,0,2,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension,,
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46
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jlee.3321.6,jlee.3324.7,5,0,2,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension,,
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47
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jlee.3321.6,jlee.3324.7,6,0,2,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension,,
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48
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jlee.3321.6,jlee.3324.7,7,0,3,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension,,
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49
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jlee.3321.6,jlee.3324.7,8,0,3,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension
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50
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jlee.3321.6,jlee.3324.7,9,0,3,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension
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51
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jlee.3321.6,jlee.3324.7,10,1,4,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension
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52
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jlee.3321.6,jlee.3324.7,11,0,4,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension
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53
|
jlee.3321.6,jlee.3324.7,12,0,4,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension
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54
|
jlee.3321.6,jlee.3324.7,13,1,4,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension
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55
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jlee.3321.6,jlee.3324.7,14,0,3,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension
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56
|
jlee.3321.6,jlee.3324.7,15,0,2,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension
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57
|
jlee.3321.6,jlee.3324.7,16,1,3,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension
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58
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jlee.3321.6,jlee.3324.7,17,0,4,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension
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59
|
jlee.3321.6,jlee.3324.7,18,1,2,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension
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60
|
jlee.3321.6,jlee.3324.7,19,1,3,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension
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61
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jlee.3321.6,jlee.3324.7,20,1,4,,jlee.3324.7,QuestionTypeMultiple choice,Question jlee.3324.6, The synthesis of which macromolecule listed below is not directed by a template?,A. Protein,B. DNA,C. mRNA,D. polysaccharide,E. rRNA,bloom,Comprehension
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62
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jlee.3321.6,jlee.3325.7,1,0,2,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
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63
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jlee.3321.6,jlee.3325.7,2,0,3,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
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64
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jlee.3321.6,jlee.3325.7,3,0,4,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
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65
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jlee.3321.6,jlee.3325.7,4,1,1,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
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66
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jlee.3321.6,jlee.3325.7,5,0,3,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
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67
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jlee.3321.6,jlee.3325.7,6,0,4,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
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68
|
jlee.3321.6,jlee.3325.7,7,0,1,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
|
|
69
|
jlee.3321.6,jlee.3325.7,8,0,2,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
|
|
70
|
jlee.3321.6,jlee.3325.7,9,0,4,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
|
|
71
|
jlee.3321.6,jlee.3325.7,10,1,1,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
|
|
72
|
jlee.3321.6,jlee.3325.7,11,0,2,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
|
|
73
|
jlee.3321.6,jlee.3325.7,12,0,3,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
|
|
74
|
jlee.3321.6,jlee.3325.7,13,0,4,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
|
|
75
|
jlee.3321.6,jlee.3325.7,14,1,3,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
|
|
76
|
jlee.3321.6,jlee.3325.7,15,0,2,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
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|
77
|
jlee.3321.6,jlee.3325.7,16,1,3,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
|
|
78
|
jlee.3321.6,jlee.3325.7,17,0,4,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
|
|
79
|
jlee.3321.6,jlee.3325.7,18,1,2,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
|
|
80
|
jlee.3321.6,jlee.3325.7,19,1,3,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
|
|
81
|
jlee.3321.6,jlee.3325.7,20,1,4,,jlee.3325.7,QuestionTypeMultiple choice,Question jlee.3325.6," Which of the following best describes the relationship between proteins, RNA and DNA?",A. RNA ? proteins ? DNA,B. proteins ? RNA ? DNA,C. RNA ? DNA ? proteins,D. DNA ? proteins ? RNA,E. DNA ? RNA ? protein,bloom,Comprehension
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|
82
|
jlee.3321.6,jlee.3326.7,1,0,1,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
83
|
jlee.3321.6,jlee.3326.7,2,0,1,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
84
|
jlee.3321.6,jlee.3326.7,3,0,1,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
85
|
jlee.3321.6,jlee.3326.7,4,0,2,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
86
|
jlee.3321.6,jlee.3326.7,5,1,2,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
87
|
jlee.3321.6,jlee.3326.7,6,0,2,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
88
|
jlee.3321.6,jlee.3326.7,7,0,3,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
89
|
jlee.3321.6,jlee.3326.7,8,0,3,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
90
|
jlee.3321.6,jlee.3326.7,9,0,3,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
91
|
jlee.3321.6,jlee.3326.7,10,0,4,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
92
|
jlee.3321.6,jlee.3326.7,11,1,4,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
93
|
jlee.3321.6,jlee.3326.7,12,0,4,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
94
|
jlee.3321.6,jlee.3326.7,13,0,4,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
95
|
jlee.3321.6,jlee.3326.7,14,1,3,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
96
|
jlee.3321.6,jlee.3326.7,15,0,2,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
97
|
jlee.3321.6,jlee.3326.7,16,0,2,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
98
|
jlee.3321.6,jlee.3326.7,17,1,2,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
99
|
jlee.3321.6,jlee.3326.7,18,1,3,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
100
|
jlee.3321.6,jlee.3326.7,19,1,2,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
101
|
jlee.3321.6,jlee.3326.7,20,1,2,,jlee.3326.7,QuestionTypeMultiple choice,Question jlee.3326.6," If one strand of a DNA molecule has the sequence of bases 5� ATTGCA 3�, the complementary strand would have the sequence",A. 3� TUUCGU 5�,B. 3� TAACGT 5�,C. 3� UAACGU 5�,D. 5� TAACGT 3�,E. 5� TAAGCT 3�,bloom,Knowledge
|
|
102
|
jlee.3321.6,jlee.3327.7,1,0,2,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
103
|
jlee.3321.6,jlee.3327.7,2,0,3,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
104
|
jlee.3321.6,jlee.3327.7,3,0,4,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
105
|
jlee.3321.6,jlee.3327.7,4,0,1,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
106
|
jlee.3321.6,jlee.3327.7,5,0,3,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
107
|
jlee.3321.6,jlee.3327.7,6,1,4,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
108
|
jlee.3321.6,jlee.3327.7,7,0,1,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
109
|
jlee.3321.6,jlee.3327.7,8,0,2,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
110
|
jlee.3321.6,jlee.3327.7,9,0,4,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
111
|
jlee.3321.6,jlee.3327.7,10,0,1,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
112
|
jlee.3321.6,jlee.3327.7,11,1,2,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
113
|
jlee.3321.6,jlee.3327.7,12,0,3,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
114
|
jlee.3321.6,jlee.3327.7,13,0,4,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
115
|
jlee.3321.6,jlee.3327.7,14,1,3,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
116
|
jlee.3321.6,jlee.3327.7,15,1,2,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
117
|
jlee.3321.6,jlee.3327.7,16,0,2,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
118
|
jlee.3321.6,jlee.3327.7,17,1,2,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
119
|
jlee.3321.6,jlee.3327.7,18,0,3,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
120
|
jlee.3321.6,jlee.3327.7,19,1,2,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
121
|
jlee.3321.6,jlee.3327.7,20,1,2,,jlee.3327.7,QuestionTypeMultiple choice,Question jlee.3327.6, The above figure best illustrates,A. � 1-4 linkages in cellulose.,B. the primary structure of a protein.,C. the twisting of a fatty acid chain.,D. the secondary structure of a protein.,E. the double helix of DNA.,nbii,Proteins
|
|
122
|
jlee.3321.6,jlee.3328.7,1,0,1,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
|
123
|
jlee.3321.6,jlee.3328.7,2,0,1,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
|
124
|
jlee.3321.6,jlee.3328.7,3,0,1,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
|
125
|
jlee.3321.6,jlee.3328.7,4,0,2,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
|
126
|
jlee.3321.6,jlee.3328.7,5,0,2,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
|
127
|
jlee.3321.6,jlee.3328.7,6,0,2,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
|
128
|
jlee.3321.6,jlee.3328.7,7,1,3,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
|
129
|
jlee.3321.6,jlee.3328.7,8,0,3,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
|
130
|
jlee.3321.6,jlee.3328.7,9,0,3,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
|
131
|
jlee.3321.6,jlee.3328.7,10,0,4,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
|
132
|
jlee.3321.6,jlee.3328.7,11,0,4,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
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133
|
jlee.3321.6,jlee.3328.7,12,1,4,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
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|
134
|
jlee.3321.6,jlee.3328.7,13,0,4,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
|
135
|
jlee.3321.6,jlee.3328.7,14,0,3,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
|
136
|
jlee.3321.6,jlee.3328.7,15,1,2,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
|
137
|
jlee.3321.6,jlee.3328.7,16,0,3,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
|
138
|
jlee.3321.6,jlee.3328.7,17,1,4,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
|
139
|
jlee.3321.6,jlee.3328.7,18,0,3,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
|
140
|
jlee.3321.6,jlee.3328.7,19,0,2,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
|
141
|
jlee.3321.6,jlee.3328.7,20,1,2,,jlee.3328.7,QuestionTypeMultiple choice,Question jlee.3328.6," In complementary base pairing, a purine always pairs with",A. another purine,B. a pyrimidine,C. a monosaccharide,D. a phosphate,E. a carboxyl group,,Purine
|
|
142
|
jlee.3321.6,jlee.3329.7,1,0,2,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
143
|
jlee.3321.6,jlee.3329.7,2,0,3,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
144
|
jlee.3321.6,jlee.3329.7,3,0,4,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
145
|
jlee.3321.6,jlee.3329.7,4,0,1,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
146
|
jlee.3321.6,jlee.3329.7,5,0,3,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
147
|
jlee.3321.6,jlee.3329.7,6,0,4,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
148
|
jlee.3321.6,jlee.3329.7,7,0,1,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
149
|
jlee.3321.6,jlee.3329.7,8,1,2,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
150
|
jlee.3321.6,jlee.3329.7,9,0,4,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
151
|
jlee.3321.6,jlee.3329.7,10,0,1,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
152
|
jlee.3321.6,jlee.3329.7,11,0,2,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
153
|
jlee.3321.6,jlee.3329.7,12,1,3,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
154
|
jlee.3321.6,jlee.3329.7,13,0,4,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
155
|
jlee.3321.6,jlee.3329.7,14,0,3,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
156
|
jlee.3321.6,jlee.3329.7,15,1,2,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
157
|
jlee.3321.6,jlee.3329.7,16,0,3,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
158
|
jlee.3321.6,jlee.3329.7,17,1,4,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
159
|
jlee.3321.6,jlee.3329.7,18,0,3,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
160
|
jlee.3321.6,jlee.3329.7,19,0,2,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
|
|
161
|
jlee.3321.6,jlee.3329.7,20,1,2,,jlee.3329.7,QuestionTypeMultiple choice,Question jlee.3329.6, Which description of the �ends� of each molecule is correct?,A. Protein: free carboxyl and free amino,B. RNA: 5' OH and 3' PO4,C. Phospholipid: hydrophilic �tail� and hydrophobic �head�,D. DNA: parallel ends,,bloom,Application
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