13 $250,000 12 $125,000 The document displays the prize amounts for 11 $64,000 different levels on a game show, ranging from 10 $32,000 $100 to $1 million. It also shows lifelines like 9 $16,000 8 $8,000 "50:50" which narrow the multiple choice 7 $4,000 6 $2,000 options down to two possible answers. 5 $1,000 4 $500 3 $300 2 $200 1 $100

1. 50:50
15 $1 Million
14 $500,000
Welcome to 13
12
11
$250,000
$125,000
$64,000
10 $32,000
9 $16,000
8 $8,000
Who Wants to 7
6
$4,000
$2,000
be a Millionaire 5
4
3
$1,000
$500
$300
2 $200
1 $100

2. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
12 $125,000
11 $64,000
10 $32,000
9 $16,000
8 $8,000
7 $4,000
6 $2,000
5 $1,000
4 $500
3 $300
2 $200
1 $100

3. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
Interpreting or translating 13 $250,000
the genetic code, forming a 12 $125,000
11 $64,000
specific of amino acids is 10
9
$32,000
$16,000
what type of process? 8 $8,000
7 $4,000
6 $2,000
A: translation 5 $1,000
4 $500
3 $300
50:50 2 $200
1 $100
A: translation B: polypeptides
C:translation D: prescription

4. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
12 $125,000
11 $64,000
10 $32,000
9 $16,000
8 $8,000
7 $4,000
6 $2,000
5 $1,000
4 $500
3 $300
2 $200
1 $100

5. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
12 $125,000
Which type of growth depends on using 11 $64,000
genetic information in DNA to make the 10 $32,000
structural and functional proteins needed 9 $16,000
8 $8,000
for cell survival? 7 $4,000
6 $2,000
C: Cell Growth 5 $1,000
4 $500
3 $300
50:50 2 $200
1 $100
A: Cell making B: DNA replication
C: Cell growth D: By pooping

6. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
12 $125,000
11 $64,000
10 $32,000
9 $16,000
8 $8,000
7 $4,000
6 $2,000
5 $1,000
4 $500
3 $300
2 $200
1 $100

7. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
12 $125,000
What are the four distinct 11 $64,000
phases of mitotic cell 10 $32,000
9 $16,000
division? 8 $8,000
7 $4,000
D: Prophase, 6 $2,000
Metapahse, Anaphase, 5 $1,000
Telophase 4 $500
3 $300
50:50 2 $200
1 $100
A: Caca B: Monopahse, trapopahse,
ecopahse, alapahse
C:None of the above D: Prophase, Metapahse,
Anaphase, Telophase

8. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
12 $125,000
11 $64,000
10 $32,000
9 $16,000
8 $8,000
7 $4,000
6 $2,000
5 $1,000
4 $500
3 $300
2 $200
1 $100

9. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
12 $125,000
What ensures that genetic 11 $64,000
10 $32,000
information is passed from 9 $16,000
one generation to the next? 8 $8,000
7 $4,000
6 $2,000
B: Cell Reproduction 5 $1,000
4 $500
3 $300
50:50 2 $200
1 $100
A: by being cool B: cell reproduction
C: DNA D: cloning

10. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
12 $125,000
11 $64,000
10 $32,000
9 $16,000
8 $8,000
7 $4,000
6 $2,000
5 $1,000
4 $500
3 $300
2 $200
1 $100

11. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
Synthesis of an mRNA 12 $125,000
11 $64,000
molecule is often called 10 $32,000
9 $16,000
what? 8 $8,000
7 $4,000
6 $2,000
C: Transcription 5 $1,000
4 $500
3 $300
50:50 2 $200
1 $100
A: DNA B: Translation
C: Transcription D: Anaphase

12. © Mark E. Damon - All Rights Reserved
Congratulations!
Congratulations!
You’ve Reached
the $1,000
Milestone!

13. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
12 $125,000
11 $64,000
10 $32,000
9 $16,000
8 $8,000
7 $4,000
6 $2,000
5 $1,000
4 $500
3 $300
2 $200
1 $100

14. © Mark E. Damon - All Rights Reserved
15 $1 Million
Enzymes are ____ 14
13
$500,000
$250,000
and have the 12
11
$125,000
$64,000
chemical properties 10
9
$32,000
$16,000
of ____. 8
7
$8,000
$4,000
C: Proteins, 6 $2,000
proteins 5 $1,000
4 $500
3 $300
50:50 2 $200
1 $100
A: proteins B: proteins
C:Proteins, proteins D: all of the above

15. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
12 $125,000
11 $64,000
10 $32,000
9 $16,000
8 $8,000
7 $4,000
6 $2,000
5 $1,000
4 $500
3 $300
2 $200
1 $100

16. © Mark E. Damon - All Rights Reserved
15 $1 Million
What is the kind of 14 $500,000
13 $250,000
metabolism that builds 12 $125,000
large, complex molecules 11 $64,000
10 $32,000
from smaller ones? 9 $16,000
8 $8,000
7 $4,000
A: anabolism 6 $2,000
5 $1,000
4 $500
3 $300
50:50 2 $200
1 $100
A: anabolism B: anapahse
C: manabolism D: metabopahse

17. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
12 $125,000
11 $64,000
10 $32,000
9 $16,000
8 $8,000
7 $4,000
6 $2,000
5 $1,000
4 $500
3 $300
2 $200
1 $100

18. © Mark E. Damon - All Rights Reserved
15 $1 Million
What is the kind of metabolism 14 $500,000
that breaks down molecules 13 $250,000
12 $125,000
(usually nutrient molecules) and 11 $64,000
there by releases energy from the 10 $32,000
9 $16,000
broken molecules? 8 $8,000
7 $4,000
D: catabolism 6 $2,000
5 $1,000
4 $500
3 $300
50:50 2 $200
1 $100
A:Dogobolsim B: anabolism
C: catbolism D: catabolism

19. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
12 $125,000
11 $64,000
10 $32,000
9 $16,000
8 $8,000
7 $4,000
6 $2,000
5 $1,000
4 $500
3 $300
2 $200
1 $100

20. © Mark E. Damon - All Rights Reserved
15 $1 Million
_____ is the movement of 14 $500,000
13 $250,000
molecules against a 12 $125,000
concentration gradient via the 11 $64,000
10 $32,000
use of membrane carrier 9 $16,000
molecules sometimes called? 8 $8,000
7 $4,000
pumps.
B: Active transport 6 $2,000
5 $1,000
4 $500
3 $300
50:50 2 $200
1 $100
A: passive transport B: active transport
C: dead transport D: all of the above

21. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
12 $125,000
11 $64,000
10 $32,000
9 $16,000
8 $8,000
7 $4,000
6 $2,000
5 $1,000
4 $500
3 $300
2 $200
1 $100

22. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
Which is dependent on 12 $125,000
11 $64,000
the permeability of the 10 $32,000
9 $16,000
cell membrane? 8 $8,000
7 $4,000
6 $2,000
A: Passive transport 5 $1,000
4 $500
3 $300
50:50 2 $200
1 $100
A: Passive transport B: Active transport
C: Drive transport D: all of the above

23. © Mark E. Damon - All Rights Reserved
Congratulations!
Congratulations!
You’ve Reached
the $32,000
Milestone!

24. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
12 $125,000
11 $64,000
10 $32,000
9 $16,000
8 $8,000
7 $4,000
6 $2,000
5 $1,000
4 $500
3 $300
2 $200
1 $100

25. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
ATP breaks down to? 12 $125,000
11 $64,000
And what ions attach to 10 $32,000
9 $16,000
it? 8 $8,000
7 $4,000
6 $2,000
C: ADP and energy and 5 $1,000
two K+ ions attach
4 $500
3 $300
50:50 2 $200
1 $100
A: Energy B: ions
C:ADP and energy D: proteins
and two K+ ions attach

26. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
12 $125,000
11 $64,000
10 $32,000
9 $16,000
8 $8,000
7 $4,000
6 $2,000
5 $1,000
4 $500
3 $300
2 $200
1 $100

27. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
What are the four main 12
11
$125,000
$64,000
kinds of passive 10
9
$32,000
$16,000
transport? 8
7
$8,000
$4,000
6 $2,000
D: Diffusion, facilitated 5 $1,000
diffusion, osmosis
4 $500
3 $300
50:50 2 $200
1 $100
A: Delusions, monolusions, B: None of these are right
osnosis, pickles
C: fatty acid, monostarirate,
D:Diffusion, Facilitated
proteins, lipids diffusion, filtration, osmosis.

28. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
12 $125,000
11 $64,000
10 $32,000
9 $16,000
8 $8,000
7 $4,000
6 $2,000
5 $1,000
4 $500
3 $300
2 $200
1 $100

29. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
The process of transporting a 13 $250,000
chemical through a cellular 12 $125,000
11 $64,000
membrane, down its concentration 10 $32,000
gradient and does not consume 9 $16,000
ATP is? 8 $8,000
7 $4,000
6 $2,000
A: Facilitated 5 $1,000
diffusion 4 $500
3 $300
50:50 2 $200
1 $100
A: Facilitated Diffusion B: Proteins
C: Diffusion D: DNA

30. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
12 $125,000
11 $64,000
10 $32,000
9 $16,000
8 $8,000
7 $4,000
6 $2,000
5 $1,000
4 $500
3 $300
2 $200
1 $100

31. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
Cellular process in which 13 $250,000
substances move through a cellular 12 $125,000
membrane with their own energy 11 $64,000
10 $32,000
supplied directly by the cell or its 9 $16,000
membrane is called what? 8 $8,000
7 $4,000
C: Passive transport 6 $2,000
5 $1,000
4 $500
3 $300
50:50 2 $200
1 $100
A: Transportation by a car B: Active transport
C: Passive transport D: Reproduction

32. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
13 $250,000
12 $125,000
11 $64,000
10 $32,000
9 $16,000
8 $8,000
7 $4,000
6 $2,000
5 $1,000
4 $500
3 $300
2 $200
1 $100

33. © Mark E. Damon - All Rights Reserved
15 $1 Million
14 $500,000
The __________________ is an 13 $250,000
important example of a primary 12 $125,000
active process. It pumps three 11 $64,000
Na+ ions out of the cell, then 10 $32,000
9 $16,000
pumps two K+ ions into the cell. 8 $8,000
7 $4,000
6 $2,000
B: Sodium-potassium 5 $1,000
pump 4 $500
3 $300
50:50 2 $200
1 $100
B: sodium-potassium
A: Sodium-nitrate
pump
pump
C: Pumps D: none of these are right

34. © Mark E. Damon - All Rights Reserved
YOU WIN $1
MILLION DOLLARS!