dna and protein synthesis. 1. fatty acid 2. nucleotide 3. glucose 4. amino acid 1. the monomer of...

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CHAPTER 10 DNA and Protein Synthesis

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Page 1: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

CHAPTER 10DNA and Protein Synthesis

Page 2: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

1. Fatty acid2. Nucleotide3. Glucose4. Amino acid

1. The monomer of DNA is

1 2 3 4

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Page 3: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

2. The enzyme that unzips DNA in replication is

1. RNA polymerase2. DNA polymerase3. Helicase4. Binding protein

1 2 3 4

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Page 4: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

3. The sides of DNA consist of

1. Base and sugar2. Base and phosphate3. Phosphate and

sugar4. Phosphate and

amino

1 2 3 4

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Page 5: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

4. The purines are

1. Adenine and guanine

2. Cytosine and adenine

3. Adenine and thymine

4. Cytosine and guanine

1 2 3 4

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Page 6: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

5. The base pairings are

1. A and G, C and T2. A and T, C and G3. A and C, G and T4. None of these

are correct

1 2 3 4

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Page 7: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

6. DNA replication occurs when

1. New cells are being formed

2. Gametes are being formed

3. A cell dies4. Both 1 and 2 are

correct

1 2 3 4

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Page 8: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

7. Who was awarded with the discovery of the structure of DNA?

1. Rosalind Franklin2. Francis Crick3. James Watson4. Gregor Mendel5. Both 2 and 3

1 2 3 4 5

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Page 9: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

8. Where does replication unzip?

1 2 3 4

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1. At the end of the DNA molecule being copied

2. A Point on the DNA molecule in which the helicase is unzipping the DNA

3. An Attachment of DNA polymerase to the old DNA strand

4. None of these are correct

Page 10: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

9. Mistakes in the DNA code are called

1. Errors2. Mistakes3. Mutations4. mishaps

1 2 3 4

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Page 11: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

10. Where is DNA found in the cell?

1. Cytoplasm2. Lysosome3. Vacuole4. nucleus

1 2 3 4

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Page 12: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

11. RNA differs from DNA in that it

1. Single stranded and not double stranded

2. Contains ribose and not deoxyribose

3. Contains thymine and not uracil

4. 1 and 2 are correct

5. All are correct

1 2 3 4 5

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Page 13: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

12. The function of Messenger RNA is to

1. Bring an amino acid to the ribosome

2. Make up the ribosome structure

3. Copy the DNA code and bring it to the ribosome

4. Copy the DNA code and bring it to the mitochondria 1 2 3 4

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Page 14: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

13. tRNA is shaped like a

1. Square2. Circle3. Oval4. cloverleaf

1 2 3 4

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Page 15: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

14. Protein synthesis takes place at the

1. Nucleus2. vacuole3. Mitochondria4. Ribosome

1 2 3 4

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Page 16: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

15. Genes in your DNA make

1 2 3 4 5 6

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1. Carbohydrates2. Lipids3. Nucleic Acids4. Protein5. Both 1 and 26. Both 3 and 4

Page 17: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

16. tRNA molecules carry_____ to the ______

1. DNA, nucleus2. DNA, ribosome3. Amino acids,

ribosome4. Amino acids,

nucleus

1 2 3 4

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Page 18: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

17. How many bases must a gene contain to code for a protein with 500 amino acids?

1. 2502. 4993. 10004. 1500

1 2 3 4

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Page 19: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

18. The process of mRNA making a copy of DNA is called

1. Replication2. Transcription3. Translation4. None of these

1 2 3 4

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Page 20: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

19. A purine will always match with a purine

1. True2. False

1 2

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Page 21: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

20. If the DNA code is ACGTTTACG, what is mRNA

1. AGCAAATGC2. TCGTTTACG3. UGCAAAUGC4. UGCAAATGC

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Page 22: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

21. The types of bonds that form between the sides of the ladder are

1. Covalent2. Hydrogen3. Ionic 4. Polar covalent

1 2 3 4

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Page 23: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

22.The start codon is

1. Threonine2. Valine3. Methionine4. serine

1 2 3 4

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Page 24: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

23. Each strand of mRNA codes for 1 amino acid

1. True2. False

1 2

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Page 25: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

24. Which of the following is NOT part of DNA?

1. Phosphate2. Deoxyribose

sugar3. Glucose4. Nitrogen bases

1 2 3 4

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Page 26: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

25. During the process of transcription1. DNA replicate2. Proteins are

formed3. mRNA is

assembled4. Cell division

occurs

1 2 3 4

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Page 27: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

26. The amino acids needed for protein synthesis come from1. Start codons2. tRNA3. Triplet code4. The food you

eat5. The template

1 2 3 4 5

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Page 28: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

27. Ribosomes attach to this structure(s)

1 2 3 4 5

20% 20% 20%20%20%1. DNA2. mRNA3. tRNA4. Both DNA and

mRNA5. Both mRNA and

tRNA

Page 29: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

28. Structure(s) made up of nucleotides

1. DNA2. mRNA3. tRNA4. All of the above

1 2 3 4

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Page 30: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

29. What structure(s) contain ribose sugar?

1. DNA2. mRNA3. tRNA4. Both 1 and 25. Both 2 and 3

1 2 3 4 5

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Page 31: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

30. Can contain the code for protein synthesis?

1 2 3 4 5 6

17% 17% 17%17%17%17%1. DNA2. mRNA3. tRNA4. Both 1 and 25. Both 2 and 36. All of the above

Page 32: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

31. During DNA replication, a portion of the molecule unzips and DNA nucleotides join with any DNA nucleotides present in the nucleus..1. True2. False

1 2

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Page 33: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

32. The during the formation of a DNA replication splits during which process?1. Transcription2. Regulation 3. Translation4. DNA replication

1 2 3 4

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Page 34: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

33. What enzyme start DNA replication?

1. Helicase2. DNA polymerase3. RNA polymerase4. All of the above5. None of these

1 2 3 4 5

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Page 35: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

34. Uracil is a pyrimidine.

1. True2. False

1 2

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Page 36: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

35. A DNA molecule is

1. Double-stranded2. Single-stranded3. Like a ladder4. Both 1 and 25. Both 1 and 3

1 2 3 4 5

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Page 37: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

36. The point on mRNA at which protein synthesis begins is called the

1. Start codon2. Stop codon3. Translation site4. Transcription site

1 2 3 4

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Page 38: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

37. Transcription happens in the

1. Cytoplasm2. Nucleus3. Mitochondria4. ribsome

1 2 3 4

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Page 39: DNA and Protein Synthesis. 1. Fatty acid 2. Nucleotide 3. Glucose 4. Amino acid 1. The monomer of DNA is

38. DNA replication is controlled by

1. Codons2. RNA3. Ribosomes4. The nucleus5. Enzymes

1 2 3 4 5

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