Yes N

o

0%

100%1. Yes2. No

1 2 3 4

8%0%0%

92%1. TATGA2. ATACT3. CACTA4. AUACU

CGA U

GC AUG

GCA

0% 0%

100%

0%

1. CGA2. UGC3. AUG4. GCA

Adenines and s.

..

Phosphates a

nd...

Adenines and t.

..

Thymines and s.

..

0% 0%0%

100%1. Adenines and sugars

2. Phosphates and sugars

3. Adenines and thymines

4. Thymines and sugats

DNA

mRNA

rRNA

tRNA

0%

92%

0%8%

1. DNA2. mRNA3. rRNA4. tRNA

codon

anticodon

Amino acid

mRNA

0%8%

92%

0%

1. codon2. anticodon3. Amino acid4. mRNA

Amino acid

codon

anticodon

mRNA

8% 8%

77%

8%

1. Amino acid2. codon3. anticodon4. mRNA

A 5-carb

on sug..

.

An amino acid

A nitrogen bas..

.

A phosphate

gr...

15%

0%8%

77%1. A 5-carbon sugar

2. An amino acid3. A nitrogen base4. A phosphate

group

Nucle

us

Ribosomes

Cytoplasm

Hist

ones

100%

0%0%0%

1. Nucleus2. Ribosomes3. Cytoplasm4. Histones

1 2 3 4

0%

85%

8%8%

1. Helicase2. Ribose3. Ligase4. DNA

polymerase

28.819.9

29.421.5

8% 8%

85%

0%

1. 28.82. 19.93. 29.44. 21.5

19.913.4

29.421.5

8%

92%

0%0%

1. 19.92. 13.43. 29.44. 21.5

Franklin

Watso

n and Cri...

Chargaff

0%8%

92%1. Franklin2. Watson and Crick3. Chargaff

1 3 20 64

0%

15%

85%

0%

1. 12. 33. 204. 64

1 2 3 4

54%

0%0%

46%

1. 12. 23. 34. 4

Adenine and Th...

Cytosin

e and A...

Cytosin

e and T...

Adenine and Gu...

8%

85%

8%0%

1. Adenine and Thymine

2. Cytosine and Adenine

3. Cytosine and Thymine

4. Adenine and Guanine

Nucle

us

Ribosome

Golgi

Mito

chondria

8%0%0%

92%1. Nucleus2. Ribosome3. Golgi4. Mitochondria

mRNA

Duplic

ated D

NA tR

NA

Prote

in Chain

69%

15%8%8%

1. mRNA2. Duplicated DNA3. tRNA4. Protein Chain

1600 Kirkland, Megan 1300 Curell, Blaque

1500 Alicea, Shayna 1200 Tolen, Brady

1500 Morgan, Savannah 700 Starr, Jessica

1500 Wurster, Timothy

1500 Byerly, Andria

1400 Case, Riley

1400 Bonesteel, Stephen

1400 Schwerin, Lydia

1300 Fisher, Jeremy

1300 Combs, Morgan

Nucle

us

Cytoplasm

Golgi B

odies

Ribosomes

54%

8%0%

38%

1. Nucleus2. Cytoplasm3. Golgi Bodies4. Ribosomes

1 2 3 4

62%

0%

38%

0%

1. Transcription

2. Translation3. Replication4. Protein

Synthesis

15%8%

77%1. Transcription2. Translation3. Replication

ATGCAATTGGGAT

TACGTTAACCCTA

UACGUUAACCCUA

Met-P

ro-Le

u-Gl...

0%8%

62%

31%

1. ATGCAATTGGGAT2. TACGTTAACCCTA3. UACGUUAACCCUA4. Met-Pro-Leu-Gly

Linking amino ...

Holding base

s ...

Linking su

gar ...

Holding su

gar ...

8%0%

23%

69%1. Linking amino acids together

2. Holding bases together

3. Linking sugar and phosphate molecules together

4. Holding sugar molecules to bases

Adenine U

racil

Thymine

Cytosin

e

0%8%

0%

92%1. Adenine2. Uracil3. Thymine4. Cytosine

Ura

cil

Thymine

Adenine

Guanine

0% 0%0%0%

1. Uracil2. Thymine3. Adenine4. Guanine

12

0.98 Allison Miller

0.98 Timothy Patten

1 David Piontkowski

1.03 Christopher Keller

1.08 Brandy Gray

1 2 3 4

0% 0%0%0%

1. DNA Polymerase2. RNA Polymerase3. Helicase4. Ligase

12

Ura

cil

Thymine

Adenine

Guanine

0% 0%0%0%

1. Uracil2. Thymine3. Adenine4. Guanine

12

Ribose

Deoxyri

bose

Gluco

se

Phosphate

0% 0%0%0%

1. Ribose2. Deoxyribose3. Glucose4. Phosphate

12

1. STOP2. Argenine3. Threonine4. Cysteine

1 2 3 4

0% 0%0%0% 12

Suga

r

Phosphoru

s

Deoxrib

ose

Nitr

ogen bases

0% 0%0%0%

1. Sugar2. Phosphorus3. Deoxribose4. Nitrogen bases

12

2200 Allison Miller

2200 Leah Combs

2100 Patrick Ricchi

2100 Bobby Herrington

2000 Gayle Simon

Their back

bones are

co...

One is

made of o

ne stra.

.

They both co

ntain th

e ...

DNA co

ntains t

hymine a..

0% 0%0%0%

1. Their backbones are composed of different sugars.

2. One is made of one strand and the other is made of two.

3. They both contain the same four bases.

4. DNA contains thymine and no uracil. 12

DNA

mRNA

tRNA

rRNA.

0% 0%0%0%

1. DNA2. mRNA3. tRNA4. rRNA.

12

DNA

mRNA

tRNA

rRNA.

0% 0%0%0%

1. DNA2. mRNA3. tRNA4. rRNA.

12

0% 0%0%0%

1. Tranciption2. Translation3. Replication4. Protein Synthesis

12

0% 0%0%0%

1. A single strand of DNA.

2. 2 different strands of DNA

3. 2 identical DNA strands

4. A mRNA strand12

0% 0%0%0%

1. Point2. Substitution3. Insertion4. Deletion

12

0% 0%0%0%

1. Point2. Substitution3. Insertion4. Deletion

12

0 Participant 1 0 Participant 11

0 Participant 2 0 Participant 12

0 Participant 3 0 Participant 13

0 Participant 4 0 Participant 14

0 Participant 5 0 Participant 15

0 Participant 6 0 Participant 16

0 Participant 7 0 Participant 17

0 Participant 8 0 Participant 18

0 Participant 9 0 Participant 19

0 Participant 10 0 Participant 20