'Interpreting chemical equations' diaporamas de présentation

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Chapter 12--Stoichiometry

Chapter 12--Stoichiometry. 12.1 The Arithmetic of Equations interpreting chemical equations and mass conservation in chemical reactions 12.2 Chemical Calculations mole ratios (mole-mole; mass-mass; general dimensional anaylsis)

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Hydrate Lab

Hydrate Lab. Cu(SO 4 ) . H 2 O ---- > Cu(SO 4 ) + H 2 O Use the equation above to help answer the following questions: What is the hydrate salt in this equation? What is the anhydrous salt in this equation? What is the difference between a hydrated salt and an anhydrous salt?

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Stoichiometry

Q: Why do chemists call helium, curium and barium the medical elements? A: Because if you can't helium or curium, you barium! . Stoichiometry. Ch. 12.

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Stoichiometry

Stoichiometry. 12.1 The Arithmetic of Equations 12.2 Chemical Calculations 12.3 Limiting Reagent and Percent Yield. The Arithmetic of Equations. Objectives Explain how balanced equations apply to both chemistry and everyday life

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Chemistry 12.1

Chemistry 12.1. 12.1. Interpreting Chemical Equations. A balanced chemical equation can be interpreted in terms of different quantities, including numbers of atoms, molecules, or moles; mass; and volume. 12.1. Interpreting Chemical Equations.

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The Arithmetic of Equations

The Arithmetic of Equations. Section 9.1. Interpreting Chemical Equations. In terms of moles : Example Equation: 2H 2 + O 2 ? 2H 2 O. 2 mol H2 +. 1 mol O2 = . 2 mol H2O . Interpreting Chemical Equations. In terms of particles:

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