The types of chemical reactions studied in this lab are (performed in order): Qu

Question

The types of chemical reactions studied in this lab are (performed in order): Question 1 options: 1) decomposition and double displacement 2) decomposition and single displacement 3) combination and decomposition 4) single displacement and decomposition 5) double displacement and decomposition The types of chemical reactions studied in this lab are (performed in order): The types of chemical reactions studied in this lab are (performed in order): 1) decomposition and double displacement 2) decomposition and single displacement 3) combination and decomposition 4) single displacement and decomposition 5) double displacement and decomposition decomposition and double displacement decomposition and single displacement combination and decomposition single displacement and decomposition double displacement and decomposition Which type of chemical reaction will not be studied? Question 2 options: 1) gas-forming reaction 2) decomposition reaction 3) single displacement reaction 4) double displacement reaction Which type of chemical reaction will not be studied? Which type of chemical reaction will not be studied? 1) gas-forming reaction 2) decomposition reaction 3) single displacement reaction 4) double displacement reaction gas-forming reaction decomposition reaction single displacement reaction double displacement reaction Which of the following may not serve as a limiting reagent? Question 3 options: 1) acetic acid 2) sodium bicarbonate 3) carbonic acid 4) baking soda Which of the following may not serve as a limiting reagent? Which of the following may not serve as a limiting reagent? 1) acetic acid 2) sodium bicarbonate 3) carbonic acid 4) baking soda acetic acid sodium bicarbonate carbonic acid baking soda Which of the following may serve as the limiting reagent? Question 4 options: 1) carbonic acid 2) sodium acetate 3) sodium bicarbonate 4) carbon dioxide 5) hydrogen carbonate Which of the following may serve as the limiting reagent? Which of the following may serve as the limiting reagent? 1) carbonic acid 2) sodium acetate 3) sodium bicarbonate 4) carbon dioxide 5) hydrogen carbonate carbonic acid sodium acetate sodium bicarbonate carbon dioxide hydrogen carbonate In your reaction of solid sodium bicarbonate (NaHCO3) with dilute acetic acid, you will prepare a NaHCO3 solution to directly react with dilute acetic acid in a 150-mL beaker. Question 5 options: 1) True 2) False In your reaction of solid sodium bicarbonate (NaHCO3) with dilute acetic acid, you will prepare a NaHCO3 solution to directly react with dilute acetic acid in a 150-mL beaker. In your reaction of solid sodium bicarbonate (NaHCO3) with dilute acetic acid, you will prepare a NaHCO3 solution to directly react with dilute acetic acid in a 150-mL beaker. 1) True 2) False In your reaction of solid sodium bicarbonate (NaHCO3) with dilute acetic acid, you will place 1-g of NaHCO3 to directly react with dilute acetic acid in a 150-mL beaker. Question 6 options: 1) True 2) False In your reaction of solid sodium bicarbonate (NaHCO3) with dilute acetic acid, you will place 1-g of NaHCO3 to directly react with dilute acetic acid in a 150-mL beaker. In your reaction of solid sodium bicarbonate (NaHCO3) with dilute acetic acid, you will place 1-g of NaHCO3 to directly react with dilute acetic acid in a 150-mL beaker. 1) True 2) False When you prepare 10% (v/v) vinegar solution, what is the total volume of the new solution of the 5% (v/v) vinegar and distilled (DI) water? Question 7 options: 1) 15-mL 2) 50-mL 3) 90-mL 4) 100-mL 5) 150-mL When you prepare 10% (v/v) vinegar solution, what is the total volume of the new solution of the 5% (v/v) vinegar and distilled (DI) water? When you prepare 10% (v/v) vinegar solution, what is the total volume of the new solution of the 5% (v/v) vinegar and distilled (DI) water? 1) 15-mL 2) 50-mL 3) 90-mL 4) 100-mL 5) 150-mL 15-mL 50-mL 90-mL 100-mL 150-mL What (v/v) percentage of vinegar will you prepare in this lab? Question 8 options: 1) 4% (v/v) 2) 5% (v/v) 3) 10% (v/v) 4) 18% (v/v) What (v/v) percentage of vinegar will you prepare in this lab? What (v/v) percentage of vinegar will you prepare in this lab? 1) 4% (v/v) 2) 5% (v/v) 3) 10% (v/v) 4) 18% (v/v) 4% (v/v) 5% (v/v) 10% (v/v) 18% (v/v) The x-axis of the graph that you will create should have %u201CmL of NaHCO3 solution reacted%u201D since it is the independent variable. Question 9 options: 1) True 2) False The x-axis of the graph that you will create should have %u201CmL of NaHCO3 solution reacted%u201D since it is the independent variable. The x-axis of the graph that you will create should have %u201CmL of NaHCO3 solution reacted%u201D since it is the independent variable. 1) True 2) False The y-axis of the graph that you will create should have %u201CCarbon Dioxide produced (Torr)%u201D since it is the dependent variable. Question 10 options: 1) True 2) False The y-axis of the graph that you will create should have %u201CCarbon Dioxide produced (Torr)%u201D since it is the dependent variable. The y-axis of the graph that you will create should have %u201CCarbon Dioxide produced (Torr)%u201D since it is the dependent variable. 1) True 2) False 1) decomposition and double displacement 2) decomposition and single displacement 3) combination and decomposition 4) single displacement and decomposition 5) double displacement and decomposition

Explanation / Answer

The types of chemical reactions studied in this lab are (performed in order): Question 1 options: 1) decomposition and double displacement Which type of chemical reaction will not be studied? Question 2 options: 4) double displacement reaction Which of the following may not serve as a limiting reagent? Question 3 options: 4) baking soda Which of the following may serve as the limiting reagent? Question 4 options: 5) hydrogen carbonate In your reaction of solid sodium bicarbonate (NaHCO3) with dilute acetic acid, you will prepare a NaHCO3 solution to directly react with dilute acetic acid in a 150-mL beaker. Question 5 options: 2) False Save In your reaction of solid sodium bicarbonate (NaHCO3) with dilute acetic acid, you will place 1-g of NaHCO3 to directly react with dilute acetic acid in a 150-mL beaker. Question 6 options: 1) True When you prepare 10% (v/v) vinegar solution, what is the total volume of the new solution of the 5% (v/v) vinegar and distilled (DI) water? Question 7 options: 1) 15-mL Question 8 (5 points) What (v/v) percentage of vinegar will you prepare in this lab? Question 8 options: 3) 10% (v/v) The x-axis of the graph that you will create should have %u201CmL of NaHCO3 solution reacted%u201D since it is the independent variable. Question 9 options: 2) False Save Question 10 (5 points) The y-axis of the graph that you will create should have %u201CCarbon Dioxide produced (Torr)%u201D since it is the dependent variable. 2) False

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