The top documents tagged [torr t]

Gases. Pressure Is caused by the collisions of molecules with the walls of a container is equal to force/unit area SI units = Newton/meter 2 = 1 Pascal
Documents Gases. Pressure Is caused by the collisions of molecules with the walls of a container is equal to force/unit area SI units = Newton/meter 2 = 1 Pascal

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II. The Gas Laws (p. 313-322) Ch. 10 & 11 - Gases
Documents II. The Gas Laws (p. 313-322) Ch. 10 & 11 - Gases

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The Chemistry of Gases. A Gas -Uniformly fills any container. -Mixes completely with any other gas -Exerts pressure on its surroundings
Documents The Chemistry of Gases. A Gas -Uniformly fills any container. -Mixes completely with any other gas -Exerts pressure on its surroundings

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II. The Gas Laws Ch. 12 & 13 - Gases. A. Boyles Law P V PV = k
Documents II. The Gas Laws Ch. 12 & 13 - Gases. A. Boyles Law P V PV = k

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Laboratory Studies of Water Ice Cloud Formation under Martian Conditions Laura T. Iraci, Anthony Colaprete NASA Ames Research Center Bruce Phebus, Brendan
Documents Laboratory Studies of Water Ice Cloud Formation under Martian Conditions Laura T. Iraci, Anthony Colaprete NASA Ames Research Center Bruce Phebus, Brendan

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C. Johannesson Gas Laws Practice Problems 1) Work out each problem on scratch paper. 2) Click ANSWER to check your answer. 3) Click NEXT to go on to the
Documents C. Johannesson Gas Laws Practice Problems 1) Work out each problem on scratch paper. 2) Click ANSWER to check your answer. 3) Click NEXT to go on to the

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Gas Mixtures--Partial Pressure So far: pure gases Many gases are actually mixtures of two or more gases: –air: O 2, N 2, H 2 O, etc How do mixtures of
Documents Gas Mixtures--Partial Pressure So far: pure gases Many gases are actually mixtures of two or more gases: –air: O 2, N 2, H 2 O, etc How do mixtures of

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II. Gas Laws Topic 10 Gases. A. Boyles Law P V PV = k
Documents II. Gas Laws Topic 10 Gases. A. Boyles Law P V PV = k

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GASES Chapter 14. From last chapter… Kinetic Molecular Theory Particles in an ideal gas… – have no volume. – have elastic collisions. – are in constant,
Documents GASES Chapter 14. From last chapter… Kinetic Molecular Theory Particles in an ideal gas… – have no volume. – have elastic collisions. – are in constant,

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GASES Chapter 14. From last chapter… Kinetic Molecular Theory Particles in an ideal gas… – have no ____________. – Have ____________ collisions. – are
Documents GASES Chapter 14. From last chapter… Kinetic Molecular Theory Particles in an ideal gas… – have no ____________. – Have ____________ collisions. – are

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I. Physical Properties Ch. 13 - Gases. A. Kinetic Molecular Theory b Particles in an ideal gas… have no volume. have elastic collisions. are in constant,
Documents I. Physical Properties Ch. 13 - Gases. A. Kinetic Molecular Theory b Particles in an ideal gas… have no volume. have elastic collisions. are in constant,

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Sit down and get ready for the test, I will hand them out when the bell rings. You have until 8:10 DMA 3/21/11
Documents Sit down and get ready for the test, I will hand them out when the bell rings. You have until 8:10 DMA 3/21/11

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