History
Problems
The Law
Bonus Questions
100

What year was Gay-Lussac born?

1778

100

How do you convert from K to °C?

K = C° + 273.15

100

What has to remain constant in Gay-Lussac's law?

Volume

100

What type of container is needed to effectively demonstrate Gay-Lussac's law?

a rigid container

200
How did Gay-Lussac study the properties of gases?

By gathering measurements and collecting samples in hydrogen-filled balloons

200

What is 40°C in K?

313.15 K

200

According to Gay-Lussac's law, are pressure and temperature directly proportional or inversely proportional?

directly proportional

200

Why does pressure increase in a pressure cooker? (use Gay-Lussac's law to get full points)

it increases because the cooker heats up, and according to Gay-Lussac's law, increasing heat increases the pressure/

300

Which revolution(s) did Gay-Lussac live through?

The French and chemical revolutions

300

What is 225 K in °C?

-48.15°C

300

What is the main idea of Gay-Lussac's law?

When the mass and volume of an ideal gas remain constant, the pressure exerted is directly proportional to its absolute temperature

300
How does applying heat affect the movement of particles?

It allows them to move faster, thus increasing the pressure.

400

What school was Gay-Lussac chosen to attend?

École Polytechnique

400

The pressure of a gas in a cylinder is 6 atm at 27°C. What would the final pressure of the gas be if it was heated to 77°C?

Pf = 7 atm

400

What temperature unit(s) cannot be used with Gay-Lussac's Law?

Fahrenheit or Celsius

400

What is the definition of pressure?

force per unit area

500

In which year(s) did Gay-Lussac come to the conclusion that gases expand as temperature increases?

1801-1802

500

The pressure inside a scuba tank after it cools from 340.0 K to 22.0°C is 203 atm. Calculate the initial pressure.

Pi = 234 atm

500

Name 3 units of pressure that can be used with Gay-Lussac's law.

torr, kilopascals, atmospheres, pounds per square inch

500

what type of energy do gas particles gain when they are heated?

kinetic energy

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