Name:
Per:___
Station 1
Level 1 (Basic)
Level 2 (Proficient)
Level 3 (Advanced)
What type of relationship does a graph of
Boyle’s law illustrate? Gay-Lussac’s?
Charles’?
Draw a graph that illustrates an inverse
relationship. Which gas law has this
relationship?
Draw a graph of a direct relationship and a
graph of an inverse relationship. Compare
and contrast your graphs. What is similar?
What is different?
Complete the following sentences:
Boyle’s law relates the variables of ______
and _______.
Gay-Lussac’s law relates the variables of
_______ and _______.
Charles’ Law relates the variables of
_______ and ________.
Explain, in your own words, what Boyle’s
Law, Charles’ Law, and Gay-Lussac’s Law
state. Use complete sentences.
Using complete sentences, describe what
Boyle’s Law, Charles’ Law, and Gay
Lussac’s Law state. Draw a detailed
picture that illustrates each of these
descriptions.
If P1 = 4 atm, V1 = 5.0L, and P2 = 2 atm,
what is V2?
4.00 L of a gas are under a pressure of
10.00 atm. What is the pressure of the gas
if it is compressed to 2.00L?
Two hundred liters of helium at 2.00 atm
and 28.0 °C is placed into a tank with an
internal pressure of 500.0 mm Hg. Find the
volume of the helium after it is compressed
into the tank when the temperature of the
tank remains 28.0 °C.
If P1 = 4 atm, T1 = 400K, and T2 = 800K,
what is P2?
If a gas in a closed container is
pressurized from 10.0 atmospheres to 20.0
atmospheres and its original temperature
was 27.0 °C, what would the final
temperature of the gas be?
A sample of gas at 3.00 x 103 mm Hg
inside a steel tank is cooled from 500.0 °C
to 0.00 °C. What was the change in the
pressure of the gas in the steel tank?
Name:
Per:___
Station 2
Level 1 (Basic)
Level 2 (Proficient)
Level 3 (Advanced)
Charles’ Law deals with what quantities?
a. pressure/temperature
b. pressure/volume
c. volume/temperature
d. volume/temperature/pressure
Restate Charles’ Law, using your own
words.
Restate Charles’ Law, using your own
words. Compare and contrast Charles’
Law with Gay-Lussac’s Law.
What does Charles’ Law state,
mathematically?
Construct a graph that illustrates Charles’
Law. Title your graph and label your axes.
Construct a graph that illustrates Charles’
Law. Title your graph and label your axes.
Can you illustrate Charles’ Law
graphically?
Let V1 = 5.0L, T1 = 27 ˚C, and T2 = 327 ˚C.
What is V2?
600.0 mL of air is at 20.0 °C. What is the
volume at 60.0 °C?
Calculate the decrease in temperature
when 2.00 L at 20.0 °C is compressed to
1.00 L.
Suppose V1 = 10.0L, T1 = 27 ˚C, and V2 =
20.0L. What is T2?
When 50.0 liters of oxygen at 20.0 °C is
compressed to 5.00 liters, what must the
new temperature be to maintain constant
pressure?
A gas syringe contains 42.3 milliliters of a
gas at 98.15 °C. Determine the volume
that the gas will occupy if the temperature
is decreased to -18.50 °C.
Name:
Per:___
Station 3
Level 1 (Basic)
Level 2 (Proficient)
Level 3 (Advanced)
What are the three equations for Boyle’s,
Charles’, and Gay-Lussac’s Laws? How
are they similar? How are they different?
Construct three graphs for Boyle’s,
Charles’, and Gay-Lussac’s Laws.
Compare and contrast these graphs.
Construct a three-column table in your
notes that compares and contrasts the
similarities and differences between
Boyle’s, Gay-Lussac’s, and Charles’ Law.
Which gas law explains why you should
not leave a can of Coke sitting in your
trunk on a hot day in Los Angeles? Justify.
Which gas law explains how air bubbles
increase in size when they rise to the
surface of a pool? Justify.
Think of a phenomenon in the world that
could be explained by a gas law. State
which gas law it is and defend your
reasoning in a paragraph.
If the Kelvin temperature of a gas is
doubled, the volume of the gas will
increase by ____.
Solve the Charles' Law equation for V2.
Carbon dioxide is usually formed when
gasoline is burned. If 30.0 L of CO2 is
produced at a temperature of 1.00 x 103 °C
and allowed to reach room temperature
(25.0 °C) without any pressure changes,
what is the new volume of the carbon
dioxide?
A 1 liter flask is filled with nitrogen at a
pressure of 12 atmospheres. What size
flask would be required to hold this gas at
a pressure of 2.0 atmospheres?
If the pressure on a gas is decreased by
one-half, how large will the volume change
be?
A gas occupies 25.3 mL at a pressure of
790.5 mm Hg. Determine the volume if the
pressure is reduced to 0.804 atm.
Name:
Per:___