What is the concentration of a solution formed by diluting 5.0 mL of a 3.2 M glucose solution to 40.0 mL?
Analysis
Since we know an initial molarity and volume (M_{1} and V_{1}) and a final volume (V_{2}), we can calculate a new molarity (M_{2}) using the equation M_{1}V_{1} = M_{2}V_{2}.
Question 7.sp.10: What is the concentration of a solution formed by diluting 5...
[1] Identify the known quantities and the desired quantity.
M_{1}= 3.2 M
V_{1}= 5.0 mL V_{2}= 40.0 mL
known quantities
M_{2}= ?
desired quantity
[2] Write the equation and rearrange it to isolate the desired quantity, M_{2}, on one side.
[3] Solve the problem.
• Substitute the three known quantities into the equation and solve for M_{2}.
Related Answered Questions
Identify the known quantities and the desired quan...
a. The greater the number of dissolved particles, ...
[1] Identify the known quantities and the desired ...
[1] Identify the known quantities and the desired ...
[1] Identify the known quantities and the desired ...
[1] Convert milligrams of DDT to grams of DDT so t...
[1] Identify the known quantities and the desired ...
[1] Identify the known quantities and the desired ...
(v/v)% =\frac {101 mL ethanol}{750 mL win...