Nature of Bond Linking Monomers in a Polymer
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BIOXI09: BIOMOLECULES

335595 The amino acids in a protein are held together by

1 Glycosidic bond
2 Peptide bond
3 Phosphodiester bond
4 Hydrogen bond
BIOXI09: BIOMOLECULES

335596 The elimination of water moiety during the formation of glycosidic bond is

1 Peptide hydration
2 Dehydration
3 Hydration
4 Reduction
BIOXI09: BIOMOLECULES

335597 Carefully observe the given diagram and find out A, B and C?
supporting img

1 A - Guanine, B - Guanosine, C - Guanylic acid
2 A - Adenine, B - Adenosine, C - Adenylic acid
3 A - Adenine, B - Uridine, C - Adenylic acid
4 A - Adenine, B - Adenosine, C - Uridylic acid
BIOXI09: BIOMOLECULES

335598 In a DNA molecule

1 There are two strands which run antiparallel
2 The total amount of purine nucleotides and pyrimidine nucleotides is always equal
3 The phospho diester bonds joins the monomers of nucleic acids
4 All are correct
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BIOXI09: BIOMOLECULES

335595 The amino acids in a protein are held together by

1 Glycosidic bond
2 Peptide bond
3 Phosphodiester bond
4 Hydrogen bond
BIOXI09: BIOMOLECULES

335596 The elimination of water moiety during the formation of glycosidic bond is

1 Peptide hydration
2 Dehydration
3 Hydration
4 Reduction
BIOXI09: BIOMOLECULES

335597 Carefully observe the given diagram and find out A, B and C?
supporting img

1 A - Guanine, B - Guanosine, C - Guanylic acid
2 A - Adenine, B - Adenosine, C - Adenylic acid
3 A - Adenine, B - Uridine, C - Adenylic acid
4 A - Adenine, B - Adenosine, C - Uridylic acid
BIOXI09: BIOMOLECULES

335598 In a DNA molecule

1 There are two strands which run antiparallel
2 The total amount of purine nucleotides and pyrimidine nucleotides is always equal
3 The phospho diester bonds joins the monomers of nucleic acids
4 All are correct
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BIOXI09: BIOMOLECULES

335595 The amino acids in a protein are held together by

1 Glycosidic bond
2 Peptide bond
3 Phosphodiester bond
4 Hydrogen bond
BIOXI09: BIOMOLECULES

335596 The elimination of water moiety during the formation of glycosidic bond is

1 Peptide hydration
2 Dehydration
3 Hydration
4 Reduction
BIOXI09: BIOMOLECULES

335597 Carefully observe the given diagram and find out A, B and C?
supporting img

1 A - Guanine, B - Guanosine, C - Guanylic acid
2 A - Adenine, B - Adenosine, C - Adenylic acid
3 A - Adenine, B - Uridine, C - Adenylic acid
4 A - Adenine, B - Adenosine, C - Uridylic acid
BIOXI09: BIOMOLECULES

335598 In a DNA molecule

1 There are two strands which run antiparallel
2 The total amount of purine nucleotides and pyrimidine nucleotides is always equal
3 The phospho diester bonds joins the monomers of nucleic acids
4 All are correct
Join With Us for More Updates
BIOXI09: BIOMOLECULES

335595 The amino acids in a protein are held together by

1 Glycosidic bond
2 Peptide bond
3 Phosphodiester bond
4 Hydrogen bond
BIOXI09: BIOMOLECULES

335596 The elimination of water moiety during the formation of glycosidic bond is

1 Peptide hydration
2 Dehydration
3 Hydration
4 Reduction
BIOXI09: BIOMOLECULES

335597 Carefully observe the given diagram and find out A, B and C?
supporting img

1 A - Guanine, B - Guanosine, C - Guanylic acid
2 A - Adenine, B - Adenosine, C - Adenylic acid
3 A - Adenine, B - Uridine, C - Adenylic acid
4 A - Adenine, B - Adenosine, C - Uridylic acid
BIOXI09: BIOMOLECULES

335598 In a DNA molecule

1 There are two strands which run antiparallel
2 The total amount of purine nucleotides and pyrimidine nucleotides is always equal
3 The phospho diester bonds joins the monomers of nucleic acids
4 All are correct
For More Updates join with Us