1. gas Laws Review Matter and energy January 3, 2017
Learning Target: I CAN Apply relationships between volume, pressure, temperature, and moles to gas law problems

2. Do Now (4 min) What are the 5 key assumptions of ideal gases?
January 3, 2017
Learning target: I can Apply relationships between volume, pressure, temperature, and moles to gas law problems
Do Now: (Answer on your Do Now Sheet)
What are the 5 key assumptions of ideal gases?
Learning Target: I CAN Apply relationships between volume, pressure, temperature, and moles to gas law problems

3. January 3, 2017
Ideal v. real gases
The KMT describes Ideal gases, but real gases behave differently in two ways 1. Real gas particles DO ATTRACT at low temperatures. Ex: ozone! 2. The volume real gas particles occupy at high pressures becomes important.. Real behaves most like ideal at high temperatures and low pressures
Learning Target: I CAN Apply relationships between volume, pressure, temperature, and moles to gas law problems

4. January 3, 2017
Gas Laws
Boyle’s Law P1V1 = P2V2 Charles’ Law V1/T1 = V2/T2 Combined Gas Law P1V1/T1 = P2V2/T2 Avogadro’s Law V1/n1 = V1/n1 Ideal Gas Law PV = nRT
Learning Target: I CAN Apply relationships between volume, pressure, temperature, and moles to gas law problems

5. January 3, 2017
pair work (30 min)
Work in PAIRS Draw relationship boxes AND write out equations! Annotate: Circle, square, underline the key points of each question Gas Law: Identify which gas law applies Calculations and Answer: Include all units and show all work
Learning Target: I CAN Apply relationships between volume, pressure, temperature, and moles to gas law problems

6. January 3, 2017
Exit ticket (3 min)
EXIT TICKET: complete on a separate sheet of paper: How do the collisions of a gas relate to the temperature, volume, and pressure of a gas?
Learning Target: I CAN Apply relationships between volume, pressure, temperature, and moles to gas law problems