11

4 2014

Versin slo eje integrador_Aconcagua

11

3

30

- 2 - 20

1.

2.

3. (

)

4.

5.

6.

7.

8.

Versin slo eje integrador_Aconcagua

11

3

30

- 3 - 20

1. 3

2.

30

3. ()

4. (Code)

5.

6.

:

1 a b c d

7.

:

1 a b c d

A D

8.

9. :

a. : +1

b. : -0.25

c. : 0.0

Versin slo eje integrador_Aconcagua

11

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- 4 - 20

(Aconcagua Mountain)

2 6962

6930

1

1. 37

Versin slo eje integrador_Aconcagua

11

3

30

- 5 - 20

1.

2.

3.

4.

5.

a. 1, 2 4

b. 2, 3 4

c. 1, 3 5

d. 2, 3 5

2.

( )

a.

b.

c.

d.

Versin slo eje integrador_Aconcagua

11

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30

- 6 - 20

3. (O2)

20.9 % v/v (2O

p ) 21.2 kPa

O2

2

2

6962 ( 7000

)2O

p

a. 44.00 kPa

b. 9.33 kPa

c. 21.00 kPa

d. 0.44 kPa

Versin slo eje integrador_Aconcagua

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4. 2

a. (quadratic function)

b. (exponential function)

c. (linear function)

d. (trigonometric function)

5. (3000 m ; 70 %)

2

a.

b.

c.

d.

6. (

2Op )

a.

b. c. d.

Versin slo eje integrador_Aconcagua

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7. 3 O2

4500

a. 100%

b. 92%

c. 82%

d. 72%

Versin slo eje integrador_Aconcagua

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- 9 - 20

8.

a.

b. (Ca2+)

c. (Cl-), (K+), [(HCO3)

-] d.

9. (dissociation) Y2(g) 2Y(g)

80C 4.1 4.2

4.1 4.2

1 2

Versin slo eje integrador_Aconcagua

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4.2

a. Y

b.

c.

d.

(echo)

2

(dry ) 70.0 ms

10. 5 A B

344 ms-1

a. 24.1 m

b. 12.0 m

c. 241 m

d. 4.9 m

Figura N

5

Versin slo eje integrador_Aconcagua

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- 11 - 20

11.

(intensity)

P I r 24

PI

r

A B r 2

(I0) (

B )

a. I0/4

b. I0/2

c. I0

d. 2I0

12. )

)

B

A

Versin slo eje integrador_Aconcagua

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a.

B

b.

B

c.

B

d.

B

B

B

B

B

Versin slo eje integrador_Aconcagua

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13. 4 ()

2 141 () 2 146

a. (quaternary structure)

b. (tertiary structure)

c. (primary structure)

d. (secondary structure)

14.

(mutation) ()

( 7)

S (Hb S)

7

a. 50% 50%

b. 50% 50%

c. 25% 25% 50%

d. 25% 50% 25%

Versin slo eje integrador_Aconcagua

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- 14 - 20

15. Hb S

a.

b.

c.

d. /Hb S

16.

(arteriole)

1/5

a.

b.

c.

d.

17. pyrole 4 Fe2+ (ferrous ion) Fe (iron)

26 56

Fe

a. 26 26 30

b. 26 24 30

c. 26 24 24

d. 26 26 32

Versin slo eje integrador_Aconcagua

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18.

: E (V)

Fe2+ / Fe -0.44

Cu2+ / Cu +0.34

Zn2+ / Zn -0.76

Ag+ / Ag +0.80

a. Fe2+(aq) (Cu(s), Zn(s) Ag(s))

b. Fe2+(aq) Ag(s) Cu(s) Fe(s)

Zn2+(aq)

c. Fe(s) Ag1+(aq) Cu2+(aq) Fe2+(aq)

Zn(s)

d. Fe(s) Zn2+(aq)

19. (Atriplex lampa)

a.

b.

c.

d.

Versin slo eje integrador_Aconcagua

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- 16 - 20

20. Atriplex lampa

a.

b.

c.

d.

21.

a. (divergent)

b. (convergent)

c. (divergent)

d. (convergent)

22. A B

Versin slo eje integrador_Aconcagua

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- 17 - 20

A B

1 Mammalia (Vertebrata) A No excretory organs

2 Gastropoda (Mollusca) B Kidneys

3 Hexapoda (Arthropoda) C Malpighian tubules

4 Asteroidea

(Echinodermata)

D Nephridia

A B

a. 1-A; 2-B; 3-C; 4-D b. 1-B; 2-D; 3-C; 4-A c. 1-B; 2-A; 3-D; 4-C d. 1-C; 2-B; 3-D; 4-A

23. A 11 B 17

(ground state)

a. A: 1s2 2s2 3s3 3p4 B: 1s2 2s2 3s2 2p6 3p6

b. A: 1s2 2s2 2p6 3s1 B: 1s2 2s2 3s2 3p5

c. A: 1s2 2s2 3s3 3p4 B: 1s2 2s2 2p6 3s2 3p5

d. A: 1s2 2s2 2p6 3s1 B: 1s2 2s2 2p6 3s2 3p5

24.

a.

b.

c.

d.

Versin slo eje integrador_Aconcagua

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- 18 - 20

25. CO2 1 1 25C

CO2

a.

b. CO2

c. CO2

d.

26. 280C

1 g 0.39 g

0.61 g

a. (a solution)

b. (a heterogeneous mixture)

c. (a hydrated salt)

d. (an element)

Versin slo eje integrador_Aconcagua

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- 19 - 20

27.

a.

b. -

c. (London Forces)

d.

28. 2 P1 P2

4 ( 8) P1

P2 4

X X :

a. A

b. B

c. C

d. D

8

X. X. X.

X.

Versin slo eje integrador_Aconcagua

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- 20 - 20

29.

3 mm

25C 1 bar

a. (Oxygen isotope)

b. (Oxygen ion)

c. (Oxygen allotrope)

d. (Oxygen isomer)

30. 9

R a h

9

a. 12R

b. (5/6)R

c. R

d. (3/2)R