For the equation below, if you have 365 ml of 1.3 M HF solution, how many molecules of CO do you need for complete reaction? CO+ 4 HF CF4 + H₂O Please note: If you examine the equation carefully, you will see that it is not balanced correctly (and in fact cannot be balanced). Nevertheless, do NOT correct the coefficients or the chemical substances. Use the equation as it has been given to you. a. 4.23 x 1022 molecules b. 7.14 X 1022 molecules. c. 2.86 X 1023 molecules d. 2.00 X 1024 molecules
For the equation below, if you have 365 ml of 1.3 M HF solution, how many molecules of CO do you need for complete reaction? CO+ 4 HF CF4 + H₂O Please note: If you examine the equation carefully, you will see that it is not balanced correctly (and in fact cannot be balanced). Nevertheless, do NOT correct the coefficients or the chemical substances. Use the equation as it has been given to you. a. 4.23 x 1022 molecules b. 7.14 X 1022 molecules. c. 2.86 X 1023 molecules d. 2.00 X 1024 molecules
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter3: Chemical Reactions
Section3.11: Stoichiometry In Aqueous Solutions
Problem 3.28E: Sodium chloride is used in intravenous solutions for medical applications. The NaCl concentration in...
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For the equation below, if you have 365 ml of 1.3 M HF solution, how many molecules of CO do you need for complete reaction?
CO+ 4 HF CF4 + H₂O
Please note: If you examine the equation carefully, you will see that it is not balanced correctly (and in fact cannot be balanced). Nevertheless, do NOT correct the coefficients or the chemical substances. Use the equation as it has been given to you.
a. 4.23 x 1022 molecules
b. 7.14 X 1022 molecules.
c. 2.86 X 1023 molecules
d. 2.00 X 1024 molecules
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