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Chpt 5 - Gases Gas Law Development Daltons Partial pressure law Grahams effusion Kinetic Theory –Root-mean-square velocity van der Waals equation of state.
Documents Chpt 5 - Gases Gas Law Development Daltons Partial pressure law Grahams effusion Kinetic Theory...

Slide 1Chpt 5 - Gases Gas Law Development Daltons Partial pressure law Grahams effusion Kinetic Theory –Root-mean-square velocity van der Waals equation of state HW: Chpt…

Sketch A shows two identical pulses traveling in opposite directions along a string, each with a speed of 1.0 cm/s. After 4.0 s, the string will look like.
Documents Sketch A shows two identical pulses traveling in opposite directions along a string, each with a...

Slide 1 Sketch A shows two identical pulses traveling in opposite directions along a string, each with a speed of 1.0 cm/s. After 4.0 s, the string will look like which of…

ENERGY TODAY. Energy for the Global Economy The U.S. is the largest consumer of energy. Energy use is increasing in most countries.
Documents ENERGY TODAY. Energy for the Global Economy The U.S. is the largest consumer of energy. Energy use...

ENERGY TODAY Energy for the Global Economy The U.S. is the largest consumer of energy. Energy use is increasing in most countries. How We Use Energy Residential and commercial=…

Gases are highly compressible and occupy the full volume of their containers. When a gas is subjected to pressure, its volume decreases. Gases always form.
Documents Gases are highly compressible and occupy the full volume of their containers. When a gas is...

Gases are highly compressible and occupy the full volume of their containers. When a gas is subjected to pressure, its volume decreases. Gases always form homogeneous mixtures…

Deviations from Ideal Behavior 1 mole of ideal gas PV = nRT n = PV RT = 1.0 5.8 Repulsive Forces Attractive Forces.
Documents Deviations from Ideal Behavior 1 mole of ideal gas PV = nRT n = PV RT = 1.0 5.8 Repulsive Forces...

Deviations from Ideal Behavior 1 mole of ideal gas PV = nRT 5.8 Repulsive Forces Attractive Forces Maxwell distribution : In 1859, James Clerk Maxwell (1831 â 1879) worked…

After the Test 1)Read page 70, then pp. 588-598 and take notes. 2) Select one of the planets, (not Earth) or a moon of a planet and research the following.
Documents After the Test 1)Read page 70, then pp. 588-598 and take notes. 2) Select one of the planets, (not.....

PowerPoint Presentation After the Test 1)Read page 70, then pp. 588-598 and take notes. 2) Select one of the planets, (not Earth) or a moon of a planet and research the following…

Gas Laws DHS Chemistry Chapter 14. Do you know…? What happens when you take a balloon outside on a cold day? _____________________ What happens to the.
Documents Gas Laws DHS Chemistry Chapter 14. Do you know…? What happens when you take a balloon outside on a...

Gas Laws DHS Chemistry Chapter 14 Do you know…? What happens when you take a balloon outside on a cold day? _____________________ What happens to the air pressure when…

Graham’s Law of Diffusion
Documents Graham’s Law of Diffusion

Graham’s Law of Diffusion Graham’s Law of Diffusion HCl NH3 100 cm 100 cm NH4Cl(s) Choice 1: Both gases move at the same speed and meet in the middle. Diffusion HCl NH3…

Our Solar System .
Documents Our Solar System .

PowerPoint Presentation Our Solar System http://www.youtube.com/watch?v=pUZ2tfr1bsU Essential Question Why is the solar system arranged the way it is? Why are the planets,…

Our Universe. The Sun Actually a star. About 333,000 times the mass of Earth. Heat and light travel about 92.96 MILLION miles from the Sun to reach.
Documents Our Universe. The Sun Actually a star. About 333,000 times the mass of Earth. Heat and light...

The Solar System The Solar System Our Universe Introduce the picture and say that this is our solar system. Ask if they know how many planets we have and if anyone can name…

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