Calculate the Molar Mass Magnesium chloride Ammonium sulfate

  • Slides: 15
Download presentation
Calculate the Molar Mass Magnesium chloride Ammonium sulfate Answers: 95. 21 g/mol; 132. 17

Calculate the Molar Mass Magnesium chloride Ammonium sulfate Answers: 95. 21 g/mol; 132. 17 g/mol

Convert to Moles 120. 4 grams of He 30. 1 grams of Cu

Convert to Moles 120. 4 grams of He 30. 1 grams of Cu

Convert to Moles 3. 61 grams of Fe 100 grams of Ar

Convert to Moles 3. 61 grams of Fe 100 grams of Ar

Convert to Moles 1 gram of S 4. 5 grams of Zn

Convert to Moles 1 gram of S 4. 5 grams of Zn

Convert to Moles 24 grams of C 59. 3 grams of Sn

Convert to Moles 24 grams of C 59. 3 grams of Sn

Convert to Moles 98. 9 grams Na 5000 grams of K

Convert to Moles 98. 9 grams Na 5000 grams of K

Convert to Mass 10. 0 moles Na 2. 20 moles Sn

Convert to Mass 10. 0 moles Na 2. 20 moles Sn

Convert to Mass 5. 00 moles Ag 3. 0 x 10 -4 moles Au

Convert to Mass 5. 00 moles Ag 3. 0 x 10 -4 moles Au

Mole Ratio ____Ba. Cl 2 + ____KCl. O 3 → ____Ba(Cl. O 3)2 +

Mole Ratio ____Ba. Cl 2 + ____KCl. O 3 → ____Ba(Cl. O 3)2 + ____KCl Balance the equation above and give the mole ratios of the following Ba. Cl 2 : KCl. O 3 KCl : Ba. Cl 2 Ba(Cl. O 3)2 : KCl. O 3

Mole Ratio _____Ca. CO 3 → _____Ca. O + _____CO 2 Balance the equation

Mole Ratio _____Ca. CO 3 → _____Ca. O + _____CO 2 Balance the equation above and give the mole ratios of the following: Moles of calcium carbonate : moles of calcium oxide Moles of carbon dioxide : moles of calcium carbonate

Mole-Mole Balance the equation and the answer the questions for the following _____C 3

Mole-Mole Balance the equation and the answer the questions for the following _____C 3 H 8 + _____O 2 → _____H 2 O + _____CO 2 How many moles of water will be produced if 1. 2 mol of oxygen reacts with C 3 H 8? How many moles of O 2 are needed to produce 3. 7 mol of H 2 O?

Mole-Mole _____K + _____Hg. Cl 2 → _____Hg + _____ KCl Balance the equation

Mole-Mole _____K + _____Hg. Cl 2 → _____Hg + _____ KCl Balance the equation above and answer the following questions: How many moles of potassium are needed to react with. 633 moles of Hg. Cl 2? How many moles of potassium chloride will be produced if 2. 3 moles of potassium react with Hg. Cl 2 ?

Mole-Mass ____Ba(CN)2 + ____H 2 SO 4 → ____Ba. SO 4 + ____HCN Balance

Mole-Mass ____Ba(CN)2 + ____H 2 SO 4 → ____Ba. SO 4 + ____HCN Balance the equation above and answer the following questions: How many moles of barium cyanide are needed to produce 12. 0 grams of barium sulfate? How many grams of hydrogen cyanide are produced when 4. 7 moles of barium cyanide react with sulfuric acid?

Mass-Mass _____H 2 + _____O 2 → _____H 2 O Balance the equation above

Mass-Mass _____H 2 + _____O 2 → _____H 2 O Balance the equation above and answer the following questions: If you start with 10. 0 grams of hydrogen, how many grams of water will be produced? How many grams of oxygen are needed to react with 13. 6 grams of hydrogen?

Mass-Mass ___ HCl + ___ Na 2 SO 4 ___ Na. Cl + ___

Mass-Mass ___ HCl + ___ Na 2 SO 4 ___ Na. Cl + ___ H 2 SO 4 Balance the equation above and answer the following questions: How many grams of hydrochloric acid are needed to produce 20 grams of sulfuric acid? How many grams of sodium chloride will be produced if 5. 3 grams of sodium sulfate reacts with hydrochloric acid?