### Calculate the concentration of the solute in mol/L in the diluted solution: 125mL of 0.64M HCl diluted to 2.0L

0.040mol/L

### Calculate the concentration of the solute in mol/L in the diluted solution: 25.0mL of 0.22M MgSO4 diluted to 500.0mL

0.11M

### Calculate the concentration of the solute in mol/L in the diluted solution: 10.0mL of 4.0M KOH diluted to 5.0L

0.0080M

### Calculate the concentration of the solute in mol/L in the diluted solution: 1.00mL of 0.50M NH4Cl diluted to 250.0mL

0.0020M

### Calculate the volume required to prepare the diluted solution: Given 6.0M NaOH; need 5.0L of 0.10M NaOH

0.083L

### Calculate the volume required to prepare the diluted solution: Given 2.0M HCl; need 0.50L of 0.010M HCl

0.0025L

### Calculate the volume required to prepare the diluted solution: Given 1.0M BaCl2; need 125mL of 0.040M BaCl2

0.0050L

### Write dissociation equations for each of the solutions and then calculate the concentration of each ion: 0.060M Fe2(SO4)3

0.060M, 0.12M, 0.18M

### Write dissociation equations for each of the solutions and then calculate the concentration of each ion: 2.40M Li3PO4

2.40M, 7.20M, 2.40M

### Write dissociation equations for each of the solutions and then calculate the concentration of each ion: 0.023M Ca(OH)2

0.023M, 0.023M, 0.046M

### Write dissociation equations for each of the solutions and then calculate the concentration of each ion: 1.7M (NH4)3PO4

1.7M, 5.1M, 1.7M

### Write dissociation equations for each of the solutions and then calculate the concentration of each ion: 0.42M Mg(ClO3)2

0.42M, 0.42M, 0.84M

### Calculate the concentration of each ion in each mixed solution: 2.0L of 0.40M MgS04 mixed with 2.0L of 0.080M Kl

Mg=0.20M, SO4=0.20M, K=0.040M, I=0.040M

### Calculate the concentration of each ion in each mixed solution: 3.0L of 0.48M NaOH mixed with 1.0L of 0.32M KOH

Na=0.36M, OH=0.44M, K=0.080M

### Calculate the concentration of each ion in each mixed solution: 200mL of 0.6M AlBr3 mixed with 300mL of 0.4M BaBr2

Al=0.24M, Ba=0.24M, Br=1.2M

### Calculate the concentration of each ion in each mixed solution: 20.0mL of 0.50M FeCl3 mixed with 80.0mL of 0.15M NH4Cl

Fe=0.10M, NH4=0.12M, Cl=0.42M

### Calculate the concentration of each ion in each mixed solution: 6.4g of NaCl and 5.2g of KCl dissolved and made up to 250mL

Na=0.44M, K=0.28M, Cl=0.72M

### Calculate the concentration of each ion: 0.30M NaBr mixed with an equal volume of 0.50M CuBr2

Na=0.15M, Cu=0.25M, Br=0.65M

### Calculate the concentration of each ion: 140.0mL of 0.36M CaCl2 mixed with 60.0mL of 0.22M Ca(NO3)2

Cl=0.50M, NO3=0.13M, Ca=0.32M