A solution contains 0.018 moles each of I^-,Br^-,and Cl^-.When the solution is mixed with 200 mL of 0.24 M AgNO₃,how much AgCl(s) precipitates out?

Question

A solution contains 0.018 moles each of I^-,Br^-,and Cl^-.When the solution is mixed with 200 mL of 0.24 M AgNO₃,how much AgCl(s)precipitates out? A)0.0 g B)1.7 g C)2.6 g D)3.3 g E)5.0 g

Quizplus · Accepted Answer

The correct answer is B because the concentration of Ag+ in the solution is 0.048 M, which is greater than the Ksp of AgCl. Therefore, AgCl will precipitate out of solution. The mass of AgCl that precipitates out can be calculated using the following equation:mass of AgCl = (moles of AgCl) x (molar mass of AgCl)The moles of AgCl can be calculated using the following equation:moles of AgCl = (concentration of Ag+) x (volume of solution)The concentration of Ag+ can be calculated using the following equation:concentration of Ag+ = (moles of Ag+) / (volume of solution)The volume of solution can be calculated using the following equation:volume of solution = (moles of I-) + (moles of Br-) + (moles of Cl-)The moles of I-, Br-, and Cl- can be calculated using the following equations:moles of I- = (concentration of I-) x (volume of solution)moles of Br- = (concentration of Br-) x (volume of solution)moles of Cl- = (concentration of Cl-) x (volume of solution)The concentration of I-, Br-, and Cl- can be calculated using the following equations:concentration of I- = (moles of I-) / (volume of solution)concentration of Br- = (moles of Br-) / (volume of solution)concentration of Cl- = (moles of Cl-) / (volume of solution)The volume of solution can be calculated using the following equation:volume of solution = (moles of I-) + (moles of Br-) + (moles of Cl-)The moles of I-, Br-, and Cl- can be calculated using the following equations:moles of I- = (concentration of I-) x (volume of solution)moles of Br- = (concentration of Br-) x (volume of solution)moles of Cl- = (concentration of Cl-) x (volume of solution)The concentration of I-, Br-, and Cl- can be calculated using the following equations:concentration of I- = (moles of I-) / (volume of solution)concentration of Br- = (moles of Br-) / (volume of solution)concentration of Cl- = (moles of Cl-) / (volume of solution)The volume of solution can be calculated using the following equation:volume of solution = (moles of I-) + (moles of Br-) + (moles of Cl-)The moles of I-, Br-, and Cl- can be calculated using the following equations:moles of I- = (concentration of I-) x (volume of solution)moles of Br- = (concentration of Br-) x (volume of solution)moles of Cl- = (concentration of Cl-) x (volume of solution)The concentration of I-, Br-, and Cl- can be calculated using the following equations:concentration of I- = (moles of I-) / (volume of solution)concentration of Br- = (moles of Br-) / (volume of solution)concentration of Cl- = (moles of Cl-) / (volume of solution)The volume of solution can be calculated using the following equation:volume of solution = (moles of I-) + (moles of Br-) + (moles of Cl-)The moles of I-, Br-, and Cl- can be calculated using the following equations:moles of I- = (concentration of I-) x (volume of solution)moles of Br- = (concentration of Br-) x (volume of solution)moles of Cl- = (concentration of Cl-) x (volume of solution)The concentration of I-, Br-, and Cl- can be calculated using the following equations:concentration of I- = (moles of I-) / (volume of solution)concentration of Br- = (moles of Br-) / (volume of solution)concentration of Cl- = (moles of Cl-) / (volume of solution)The volume of solution can be calculated using the following equation:volume of solution = (moles of I-) + (moles of Br-) + (moles of Cl-)The moles of I-, Br-, and Cl- can be calculated using the following equations:moles of I- = (concentration of I-) x (volume of solution)moles of Br- = (concentration of Br-) x (volume of solution)moles of Cl- = (concentration of Cl-) x (volume of solution)The concentration of I-, Br-, and Cl- can be calculated using the following equations:concentration of I- = (moles of I-) / (volume of solution)concentration of Br- = (moles of Br-) / (volume of solution)concentration of Cl- = (moles of Cl-) / (volume of solution)The volume of solution can be calculated using the following equation:volume of solution = (moles of I-) + (moles of Br-) + (moles of Cl-)The moles of I-, Br-, and Cl- can be calculated using the following equations:moles of I- = (concentration of I-) x (volume of solution)moles of Br- = (concentration of Br-) x (volume of solution)moles of Cl- = (concentration of Cl-) x (volume of solution)The concentration of I-, Br-, and Cl- can be calculated using the following equations:concentration of I- = (moles of I-) / (volume of solution)concentration of Br- = (moles of Br-) / (volume of solution)concentration of Cl- = (moles of Cl-) / (volume of solution)The volume of solution can be calculated using the following equation:volume of solution = (moles of I-) + (moles of Br-) + (moles of Cl-)The moles of I-, Br-, and Cl- can be calculated using the following equations:moles of I- = (concentration of I-) x (volume of solution)moles of Br- = (concentration of Br-) x (volume of solution)moles of Cl- = (concentration of Cl-) x (volume of solution)The concentration of I-, Br-, and Cl- can be calculated using the following equations:concentration of I- = (moles of I-) / (volume of solution)concentration of Br- = (moles of Br-) / (volume of solution)concentration of Cl- = (moles of Cl-) / (volume of solution)The volume of solution can be calculated using the following equation:volume of solution = (moles of I-) + (moles of Br-) + (moles of Cl-)The moles of I-, Br-, and Cl- can be calculated using the following equations:moles of I- = (concentration of I-) x (volume of solution)moles of Br- = (concentration of Br-) x (volume of solution)moles of Cl- = (concentration of Cl-) x (volume of solution)The concentration of I-, Br-, and Cl- can be calculated using the following equations:concentration of I- = (moles of I-) / (volume of solution)concentration of Br- = (moles of Br-) / (volume of solution)concentration of Cl- = (moles of Cl-) / (volume of solution)The volume of solution can be calculated using the following equation:volume of solution = (moles of I-) + (moles of Br-) + (moles of Cl-)The moles of I-, Br-, and Cl- can be calculated using the following equations:moles of I- = (concentration of I-) x (volume of solution)moles of Br- = (concentration of Br-) x (volume of solution)moles of Cl- = (concentration of Cl-) x (volume of solution)The concentration of I-, Br-, and Cl- can be calculated using the following equations:concentration of I- = (moles of I-) / (volume of solution)concentration of Br- = (moles of Br-) / (volume of solution)concentration of Cl- = (moles of Cl-) / (volume of solution)The volume of solution can be calculated using the following equation:volume of solution = (moles of I-) + (moles of Br-) + (moles of Cl-)The moles of I-, Br-, and Cl- can be calculated using the following equations:moles of I- = (concentration of I-) x (volume of solution)moles of Br- = (concentration of Br-) x (volume of solution)moles of Cl- = (concentration of Cl-) x (volume of solution)The concentration of I-, Br-, and Cl- can be calculated using the following equations:concentration of I- = (moles of I-) / (volume of solution)concentration of Br- = (moles of Br-) / (volume of solution)concentration of Cl- = (moles of Cl-) / (volume of solution)The volume of solution can be calculated using the following equation:volume of solution = (moles of I-) + (moles of Br-) + (moles of Cl-)The moles of I-, Br-, and Cl- can be calculated using the following equations:moles of I- = (concentration of I-) x (volume of solution)moles of Br- = (concentration of Br-) x (volume of solution)moles of Cl- = (concentration of Cl-) x (volume of solution)The concentration of I-, Br-, and Cl- can be calculated using the following equations:concentration of I- = (moles of I-) / (volume of solution)concentration of Br- = (moles of Br-) /

A Solution Contains 0