Basics
Charles' Law
Problems
Others
100

What is the name for the law that shows the relationship between volume and temperature?

 Charles' Law

100

True or False: Heating a balloon will cause it to deflate.

false

100

Particles in motion require ___ energy, which is measured in temperature.

 kinetic

100

When exothermic reactions release heat to the surroundings, it makes the surroundings feel?

hotter

200

Charles' law about? ....

A) Volume and pressure   B) Pressure and temperature C) Mass and volume           D) temperature and volume

 D

200

Charles' Law must be used with the ____ temperature scale.

What is Kelvin?

200

5 L of a gas have a temperature of 250 K. If the new temperature is 300 Kelvin, what is its volume?

6 L

200

Heat of Vaporization describes the amount of energy needed to change a substance from a liquid to a gas.

True or False?

True

300

Charles' Law states that volume and temperature are _______ related.

 directly?

300
Charles' Law wasn't brought to the knowledge of the public until the 1800s by...
Who is Gay Lussac?
300

7 liters of a gas are at a temperature of 300 K. If the volume increases to 7.5 liters, what is the new temperature of the gas?

321.43 K

300

240 in3 of a gas is at a temperature of 38 K. After an experiment the temperature was 239 in3 at 49 K.

True or False?

 False

400

Charles' Law is about what state of matter?

gas

400

Runners and athletes may find it harder to perform in cold weather because ____ capacity is reduced. This is an example of Charles' Law.

lung

400

3.1 m3 of a gas have a temperature of 15°C. What temperature is required to increase the volume to 3.5 m3?

325.33 L

400


12%

500

Which of the following did Charles invent? A) Water tanks B) Hydrogen balloons C) gravity

B) 

500

When the volume increases, the temperature...?

increases

500

A 600 mL sample of nitrogen is heated from 27 °C to 77 °C. What is the final volume?

700 mL

500

Calculate the energy required to vaporize 3.50 g of water. (40.6 J/g=heat of vaporization)

142.1 J/g