'Snf 2' presentation slideshows

Ch. 3 Stoichiometry

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KNO 3

KNO 3. Potassium nitrate. Na 3 PO 4. Sodium phosphate. Mg(NO 2 ) 2. Magnesium nitrite. LiCN. Lithium cyanide. Ca(OH) 2. Calcium hydroxide. NH 4 OH. Ammonium hydroxide. NaClO. Sodium hypochlorite. Sr(ClO 3 ) 2. Strontium chlorate. NH 4 Cl. Ammonium chloride. BaSO 4.

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Stoichiometry

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Conversions of Quantities in Moles

Section 2 Ideal Stoichiometric Calculations. Conversions of Quantities in Moles. Section 2 Ideal Stoichiometric Calculations. Solving Mass-Mass Stoichiometry Problems. Section 2 Ideal Stoichiometric Calculations. Conversions of Quantities in Moles, continued. Sample Problem A

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Stoichiometry

The branch of chemistry that deals with the mass relationships of elements in compounds and the mass relationships between reactants and products in a chemical equation Stoichiometry is like following a recipe Focuses on mass relationships. Stoichiometry.

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Ch. 9: Calculations from Chemical Equations

Ch. 9: Calculations from Chemical Equations. Stoichiometry Mole-Mole Calculations Mole-Mass Calculations Mass-Mass Calculations. Moleville. Moletown. Mole Ratio Bridge. Molar Mass Railroad. Molar Mass Railroad. Mass Junction. Mass Valley. Stoichiometry.

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Example 1

Example 1. Sn + HF ? SnF 2 + H 2 If you react 62.5 g of hydrofluoric acid with 92.0 g of tin and you produce 109 g of tin (II) fluoride, what was your percent yield?. Answer. Sn + 2 HF ? SnF 2 + H 2. 245 g SnF 2. 121 g SnF 2. Finishing.

287 views • 8 slides