PROBLEM STATEMENT: 50 mL of 3.5 m potassium nitrate is added to 50 mL of 3.5 M Aluminum Chloride. (Assume all densities are 0.985) 1. How many grams of product 1 is formed? Ex. 53.25 g XaYb, still maintain the 2 decimals. 2. Are there any other products formed? If yes, state how many grams. Ex. 53.25 g XaYb, still maintain the 2 decimals. 3. What is the molar concentration of the excess reactant AFTER 73% complete reaction? WRITE YOUR ANSWER IN SCIENTIFIC NOTATION WITH 4 SIGNIFICANT FIGURES. 4. What is the molal concentration of the limiting reactant AFTER 37% complete reaction? WRITE YOUR ANSWER IN SCIENTIFIC NOTATION WITH 4 SIGNIFICANT FIGURES. ANY OTHER ANSWERS WILL BE MARKED WRONG.
PROBLEM STATEMENT: 50 mL of 3.5 m potassium nitrate is added to 50 mL of 3.5 M Aluminum Chloride. (Assume all densities are 0.985) 1. How many grams of product 1 is formed? Ex. 53.25 g XaYb, still maintain the 2 decimals. 2. Are there any other products formed? If yes, state how many grams. Ex. 53.25 g XaYb, still maintain the 2 decimals. 3. What is the molar concentration of the excess reactant AFTER 73% complete reaction? WRITE YOUR ANSWER IN SCIENTIFIC NOTATION WITH 4 SIGNIFICANT FIGURES. 4. What is the molal concentration of the limiting reactant AFTER 37% complete reaction? WRITE YOUR ANSWER IN SCIENTIFIC NOTATION WITH 4 SIGNIFICANT FIGURES. ANY OTHER ANSWERS WILL BE MARKED WRONG.
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Question
50 mL of 3.5 m potassium nitrate is added to 50 mL of 3.5 M Aluminum Chloride.
How many grams of product 1 is formed? *
Ex. 53.25 g XaYb, still maintain the 2 decimals.
Are there any other products formed? If yes, state how many grams. *
Ex. 53.25 g XaYb, still maintain the 2 decimals
What is the molar concentration of the excess reactant AFTER 73% complete reaction? *
WRITE YOUR ANSWER IN SCIENTIFIC NOTATION WITH 4 SIGNIFICANT FIGURES. ANY OTHER ANSWERS WILL BE MARKED WRONG. You don't have to follow the Rules for SF operations. Just round off your final answer so that you have a scientific notation with 4 SF.
What is the molal concentration of the limiting reactant AFTER 37% complete reaction? *
WRITE YOUR ANSWER IN SCIENTIFIC NOTATION WITH 4 SIGNIFICANT FIGURES. ANY OTHER ANSWERS WILL BE MARKED WRONG. You don't have to follow the Rules for SF operations. Just round off your final answer so that you have a scientific notation with 4 SF
Transcribed Image Text:PROBLEM STATEMENT: 50 mL of 3.5 m potassium nitrate is added to 50 mL of 3.5 M
Aluminum Chloride.
(Assume all densities are 0.985)
1. How many grams of product 1 is formed?
Ex. 53.25 g XaYb, still maintain the 2 decimals.
2. Are there any other products formed? If yes, state how many grams.
Ex. 53.25 g XaYb, still maintain the 2 decimals.
3. What is the molar concentration of the excess reactant AFTER 73% complete
reaction?
WRITE YOUR ANSWER IN SCIENTIFIC NOTATION WITH 4 SIGNIFICANT FIGURES.
4. What is the molal concentration of the limiting reactant AFTER 37% complete
reaction?
WRITE YOUR ANSWER IN SCIENTIFIC NOTATION WITH 4 SIGNIFICANT FIGURES.
ANY OTHER ANSWERS WILL BE MARKED WRONG.
Transcribed Image Text:PROBLEM STATEMENT: 50 mL of 3.5 m potassium nitrate is added to 50 mL of 3.5 M
Aluminum Chloride.
(Assume all densities are 0.985)
1. How many grams of product 1 is formed?
Ex. 53.25 g XaYb, still maintain the 2 decimals.
2. Are there any other products formed? If yes, state how many grams.
Ex. 53.25 g XaYb, still maintain the 2 decimals.
3. What is the molar concentration of the excess reactant AFTER 73% complete
reaction?
WRITE YOUR ANSWER IN SCIENTIFIC NOTATION WITH 4 SIGNIFICANT FIGURES.
4. What is the molal concentration of the limiting reactant AFTER 37% complete
reaction?
WRITE YOUR ANSWER IN SCIENTIFIC NOTATION WITH 4 SIGNIFICANT FIGURES.
ANY OTHER ANSWERS WILL BE MARKED WRONG.
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