Lecture PLUS Timberlake 20001 Ideal Gas Law The equality for the four variables involved in Boyles Law, Charles Law, Gay-Lussacs Law and Avogadros law.
Ideal Gas Law The equality for the four variables involved in Boyles Law, Charles Law, Gay-Lussacs Law and Avogadros law can be written PV = nRT R = ideal.
Chapter 13 Notes – Gases. Gases are different Properties of Gases The volume of a gas is highly variable Gases can be compressed Gases can be very diffuse,
STP Gas Calculations One-step problems: A balloon is filled with 3.78 L of He gas at STP. How many moles of helium atoms are inside? He Solution: 3.78.
GAS CLICKER QUIZ. WHICH OF THE POSSIBLE SUGGESTIONS BELOW BEST DESCRIBES HOW A GAS PRODUCES PRESSURE IN A CONTAINER? A) A GAS PARTICLE MOVES IN STRAIGHT.
Chem sem2review
Agenda: 4/22 Gases & Gas Laws Purpose: To use mathematical formulas to predict how a gas will change Warm-up: Stoichiometry Problems with Gases States.
Ideal Gas Law The equality for the four variables involved in Boyle’s Law, Charles’ Law, Gay-Lussac’s Law and Avogadro’s law can be written PV = nRT R.
1 Unit 10: Gases Chapter 14 Test: February 25, 2009.
Chapter 9 Gases: Their Properties and Behavior CHEMISTRY.
Agenda: 4/21 Objective: To determine quantities needed for chemical reactions in research or manufacturing: Stochiometry Review: Set up of Stoichiometry.
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