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Units and Equations Review

Total questions: 25

Worksheet time: 6hrs 15mins

Name
Class
Date
1.

grams (g) are a unit to measure

a)

volume

b)

pressure

c)

mass

d)

temperature

2.

cubic centimeters (cm3) are a unit to measure

a)

volume

b)

pressure

c)

mass

d)

temperature

3.

milliliters (mL) are a unit to measure

a)

volume

b)

pressure

c)

mass

d)

temperature

4.

Celsius (ºC) are a unit to measure

a)

volume

b)

pressure

c)

mass

d)

temperature

5.

Kelvin (K) are a unit to measure

a)

volume

b)

pressure

c)

mass

d)

temperature

6.

grams per cubic centimeter (g/cm3) are a unit to measure

a)

density

b)

specific heat capacity

c)

heat of vaporization

d)

heat of fusion

7.

grams per milliliter (g/mL) are a unit to measure

a)

density

b)

specific heat capacity

c)

heat of vaporization

d)

heat of fusion

8.

Joules (J) are a unit to measure

a)

heat

b)

specific heat capacity

c)

heat of vaporization

d)

heat of fusion

9.

Joules per gram (J/g) are a unit to measure

a)

density

b)

specific heat capacity

c)

heat

d)

heat of vaporization

10.

Joules per gram (J/g) are a unit to measure

a)

density

b)

specific heat capacity

c)

heat

d)

heat of fusion

11.

atmospheres (atm) are a unit to measure

a)

temperature

b)

pressure

c)

volume

d)

heat

12.

kilopascals (kPa) are a unit to measure

a)

temperature

b)

pressure

c)

volume

d)

heat

13.

A substance has a mass of 5 g and a volume of 10 mL. You want to find out the density. Which equation should you use?

a)

d = m/v

b)

q = m⋅Cs⋅ΔT

c)

P1V1/T1 = P2V2/T2

d)

% = (measured-accepted)/ accepted × 100

14.

A student obtains a mass of 17 g. The accepted value is 20 g. You want to find out the percent error. Which equation should you use?

a)

d = m/v

b)

q = m⋅Cs⋅ΔT

c)

P1V1/T1 = P2V2/T2

d)

% = (measured-accepted)/ accepted × 100

15.

A gas has a temperature of 200K, a volume of 20 mL, and is at 5 atm. Pressure stays constant, but the volume increases to 50 mL. You want to find out the new temperature. Which equation should you use?

a)

d = m/v

b)

q = m⋅Cs⋅ΔT

c)

P1V1/T1 = P2V2/T2

d)

% = (measured-accepted)/ accepted × 100

16.

You want to find out how much energy it takes to melt 10 g of ice. Which equation should you use?

a)

q = m⋅Hv

b)

q = m⋅Cs⋅ΔT

c)

P1V1/T1 = P2V2/T2

d)

q = m⋅Hf

17.

It takes 5,000. J to vaporize 10. g of ethanol. You want to find the heat of vaporization. Which equation should you use?

a)

q = m⋅Hv

b)

q = m⋅Cs⋅ΔT

c)

P1V1/T1 = P2V2/T2

d)

q = m⋅Hf

18.

A substance has a mass of 13 g and goes from 50 K to 75 K. Its specific heat capacity is 5 J/g⋅K. You want to find out the amount of heat produced. Which equation should you use?

a)

q = m⋅Hv

b)

q = m⋅Cs⋅ΔT

c)

P1V1/T1 = P2V2/T2

d)

q = m⋅Hf

19.

A substance has a mass of 5 g and a volume of 10 mL. You want to find out the density. Which equation should you use?

a)

0.5 g/mL

b)

0.50 g/mL

c)

2 g/mL

d)

2.0 g/mL

20.

A student obtains a mass of 17 g. The accepted value is 20 g. You want to find out the percent error. Which equation should you use?

a)

20.0%

b)

20%

c)

18%

d)

18.0%

21.

A gas has a temperature of 200K, a volume of 20 mL, and is at 5 atm. Pressure stays constant, but the volume increases to 50 mL. You want to find out the new temperature. Which equation should you use?

a)

125 K

b)

1.25 ⋅ 102 K

c)

500 K

d)

5.0 ⋅ 102 K

22.

You want to find out how much energy it takes to melt 10 g of ice. Which equation should you use?

a)

3,340 J

b)

3,000 J

c)

4,000 J

d)

3,300 J

23.

It takes 5,000. J to vaporize 10. g of ethanol. You want to find the heat of vaporization. Which equation should you use?

a)

500 J/g

b)

500. J/g

c)

5.0 ⋅ 102 J/g

d)

5 ⋅ 102 J/g

24.

A substance has a mass of 13 g and goes from 50 K to 75 K. Its specific heat capacity is 5 J/g⋅K. You want to find out the amount of heat produced. Which equation should you use?

a)

1,625 J

b)

1,600 J

c)

2,000 J

d)

1,700 J

25.

What day and time is the chemistry benchmark?

a)

Tuesday @ 8:30 am

b)

Wednesday @ 8:30 am

c)

Tuesday @ 12:30 pm

d)

Wednesday @ 12:30 pm