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Questions for General, Organic, and Biological Chemistry Structures of Life, 5th Edition - Chapter (1)
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Transcript
General, Organic, and
Biological Chemistry
Fifth Edition
Karen Timberlake
Chemistry in Our Lives
Chapter 1
Clicker Questions
1. Which of the following is a hypothesis?
Drinking soda at night keeps Bob awake.
If Bob stops drinking soda at night, he will be able
to sleep.
Bob doesn’t drink any soda on Monday night.
Bob sleeps well on Monday night.
Chapter 1 – Chemistry in Our Lives
1. Which of the following is a hypothesis?
Drinking soda at night keeps Bob awake.
If Bob stops drinking soda at night, he will be able to sleep.
Bob doesn’t drink any soda on Monday night.
Bob sleeps well on Monday night.
Chapter 1 – Chemistry in Our Lives
2. Which of the following is a conclusion?
Drinking soda at night keeps Bob awake.
If Bob stops drinking soda at night, he will be able to sleep.
Bob doesn’t drink any soda on Monday night.
Bob sleeps well on Monday night.
Chapter 1 – Chemistry in Our Lives
2. Which of the following is a conclusion?
Drinking soda at night keeps Bob awake.
If Bob stops drinking soda at night, he will be able to sleep.
Bob doesn’t drink any soda on Monday night.
Bob sleeps well on Monday night.
Chapter 1 – Chemistry in Our Lives
3. What is the place value of the 8 in the number 2.378?
ones
tenths
hundredths
thousandths
Chapter 1 – Chemistry in Our Lives
3. What is the place value of the 8 in the number 2.378?
ones
tenths
hundredths
thousandths
Chapter 1 – Chemistry in Our Lives
4. What is the place value of the 3 in the number 25.3?
ones
tenths
hundredths
thousandths
Chapter 1 – Chemistry in Our Lives
4. What is the place value of the 3 in the number 25.3?
ones
tenths
hundredths
thousandths
Chapter 1 – Chemistry in Our Lives
5. What number occupies the hundredths place
in 547.982?
5
4
8
2
Chapter 1 – Chemistry in Our Lives
5. What number occupies the hundredths place
in 547.982?
5
4
8
2
Chapter 1 – Chemistry in Our Lives
6. A bag contains 100 jellybeans. If 32 of them
are red, what percent of the jellybeans in the
bag are red?
0.32%
3.2%
32%
320%
Chapter 1 – Chemistry in Our Lives
6. A bag contains 100 jellybeans. If 32 of them
are red, what percent of the jellybeans in the
bag are red?
0.32%
3.2%
32%
320%
Chapter 1 – Chemistry in Our Lives
7. A bouquet of flowers has 4 red roses, 6 pink carnations, and 10 white daisies in it. What percent of the flowers in the bouquet are daisies?
20%
30%
40%
50%
Chapter 1 – Chemistry in Our Lives
20%
30%
40%
50%
Chapter 1 – Chemistry in Our Lives
7. A bouquet of flowers has 4 red roses, 6 pink carnations, and 10 white daisies in it. What percent of the flowers in the bouquet are daisies?
8. If there are 25 marbles in a box and 9 of them are blue,
what percent of the marbles are not blue?
9%
16%
36%
64%
Chapter 1 – Chemistry in Our Lives
8. If there are 25 marbles in a box and 9 of them are blue,
what percent of the marbles are not blue?
9%
16%
36%
64%
Chapter 1 – Chemistry in Our Lives
9. Solve the following equation for x:
–4x + 2 = 22
a) x = –5
b) x = –6
c) x = 5
d) x = 6
Chapter 1 – Chemistry in Our Lives
9. Solve the following equation for x:
–4x + 2 = 22
a) x = –5
b) x = –6
c) x = 5
d) x = 6
Chapter 1 – Chemistry in Our Lives
10. Solve the following equation for x:
5x – 3 = 3x – 5
a) x = –1
b) x = –4
c) x = 1
d) x = 4
Chapter 1 – Chemistry in Our Lives
10. Solve the following equation for x:
5x – 3 = 3x – 5
a) x = –1
b) x = –4
c) x = 1
d) x = 4
Chapter 1 – Chemistry in Our Lives
11. Rearrange the following equation to solve
for V: PV = nRT
a) V = nRT – P
b) V = nRT + P
c) V = P/nRT
d) V = nRT/P
Chapter 1 – Chemistry in Our Lives
11. Rearrange the following equation to solve
for V: PV = nRT
a) V = nRT – P
b) V = nRT + P
c) V = P/nRT
d) V = nRT/P
Chapter 1 – Chemistry in Our Lives
12. According to the graph, what temperature was the tea
after 60 min?
a) 18 °C
b) 30 °C
c) 36 °C
d) 42 °C
Chapter 1 – Chemistry in Our Lives
12. According to the graph, what temperature was the tea
after 60 min?
a) 18 °C
b) 30 °C
c) 36 °C
d) 42 °C
Chapter 1 – Chemistry in Our Lives
13. According to the graph, how long did it take the tea to
reach 50 °C?
a) 20 min
b) 30 min
c) 40 min
d) 50 min
Chapter 1 – Chemistry in Our Lives
13. According to the graph, how long did it take the tea to
reach 50 °C?
a) 20 min
b) 30 min
c) 40 min
d) 50 min
Chapter 1 – Chemistry in Our Lives
14. According to the graph, how many minutes did it take
for the temperature to drop from 70 °C to 40 °C?
a) 8 min
b) 30 min
c) 42 min
d) 50 min
Chapter 1 – Chemistry in Our Lives
14. According to the graph, how many minutes did it take
for the temperature to drop from 70 °C to 40 °C?
a) 8 min
b) 30 min
c) 42 min
d) 50 min
Chapter 1 – Chemistry in Our Lives
15. The measurement 127.3 is written in scientific notation
as _________.
a) 1.273 × 102
b) 12.73 × 102
c) 1.273 × 10–2
d) 12.73 × 10–2
Chapter 1 – Chemistry in Our Lives
15. The measurement 127.3 is written in scientific notation
as _________.
a) 1.273 × 102
b) 12.73 × 102
c) 1.273 × 10–2
d) 12.73 × 10–2
Chapter 1 – Chemistry in Our Lives
16. The value 3.0 × 108 is equal to ______.
a) 0.000000003
b) 0.00000003
c) 30 000 000
d) 300 000 000
Chapter 1 – Chemistry in Our Lives
16. The value 3.0 × 108 is equal to ______.
a) 0.000000003
b) 0.00000003
c) 30 000 000
d) 300 000 000
Chapter 1 – Chemistry in Our Lives
17. Which of the following numbers is not expressed in proper scientific notation?
a) 5.6 × 10–3
b) 12.6 × 102
c) 4 × 108
d) 6.02 × 1023
Chapter 1 – Chemistry in Our Lives
17. Which of the following numbers is not expressed in proper scientific notation?
a) 5.6 × 10–3
b) 12.6 × 102
c) 4 × 108
d) 6.02 × 1023
Chapter 1 – Chemistry in Our Lives
18. The measurement 420 000 m is written in scientific
notation as _________.
a) 4.00 × 105 m
b) 4.25 × 104 m
c) 4.20 × 105 m
d) 4.25 × 105 m
Chapter 1 – Chemistry in Our Lives
18. The measurement 420 000 m is written in scientific
notation as _________.
a) 4.00 × 105 m
b) 4.25 × 104 m
c) 4.20 × 105 m
d) 4.25 × 105 m
Chapter 1 – Chemistry in Our Lives
19. The number 7.13 × 10–5 is equal to _______.
a) 0.00000713
b) 0.0000713
c) 0.000713
d) 0.00713
Chapter 1 – Chemistry in Our Lives
19. The number 7.13 × 10–5 is equal to _______.
a) 0.00000713
b) 0.0000713
c) 0.000713
d) 0.00713
Chapter 1 – Chemistry in Our Lives
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