Question 6.8: Calculate the molarity of a solution made by diluting 0.050 ...
Calculate the molarity of a solution made by diluting 0.050 L of 0.10 M HCl solution to a volume of 1.0 L.
Step 1. Summarize the information provided in the problem:
M_1 = 0.10 M \\ M_2 = X M \\ V_1 = 0.050 L \\ V_2 = 1.0 LStep 2. Use the dilution expression:
(M_1)(V_1)=(M_2)(V_2)Step 3. Solve for M_2, the final solution concentration:
M_2 = \frac{(M_1)(V_1)}{V_2}Step 4. Substituting,
X M = \frac{(0.10 M)(0.050 L)}{1.0 L} \\ \qquad = 0.0050 M or 5.0 \times 10^{-3} M HClRelated Answered Questions
Question: 6.14
Verified Answer:
Step 1. The calcium ion has a 2+ charge (recall th...
Question: 6.13
Verified Answer:
Sucrose is used as a sweetener in teas, coffee, an...
Question: 6.12
Verified Answer:
Step 1. Using our definition of osmotic pressure, ...
Question: 6.11
Verified Answer:
Step 1. Na_3PO_4 is an ionic compou...
Question: 6.10
Verified Answer:
Step 1. It is necessary to use two conversion fact...
Question: 6.9
Verified Answer:
Step 1. Summarize the information provided in the ...
Question: 6.7
Verified Answer:
Substituting in our basic expression for molarity,...
Question: 6.6
Verified Answer:
Step 1. To use our expression for molarity it is n...
Question: 6.5
Verified Answer:
Using our expression for molarity
M = \frac...
Question: 6.4
Verified Answer:
weight percent: \% (\frac{W}{W} ) = \frac{g...