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Volume of the original unknown AgNO3 solution = mL Mass of AgCl (s) = Mole of AgCl = , (mole = mass /molar mass) Calculate mole of AGNO, in the 10 mL unknown solution based on the following reaction equation: NaCl) + AGNO(a) → NANOS(a) + AgCl) Mole of AGNO, in the 10 mL unknown solution = use the coefficient ratio) _(hint, Mass of AGNO, in the 10 mL unknown solution = (mass = mole x molar mass) Calculate mass of AGNO, in the original unknown solution as follows: Mass of AGNO, in the original unknown solution = Mass of AgNO3 in the 10 mL unknown solution x volume of the unknown A¢N03 solution in ml 10 mL

Volume of the original unknown AgNO3 solution = mL Mass of AgCl (s) = Mole of AgCl = , (mole = mass /molar mass) Calculate mole of AGNO, in the 10 mL unknown solution based on the following reaction equation: NaCl) + AGNO(a) → NANOS(a) + AgCl) Mole of AGNO, in the 10 mL unknown solution = use the coefficient ratio) _(hint, Mass of AGNO, in the 10 mL unknown solution = (mass = mole x molar mass) Calculate mass of AGNO, in the original unknown solution as follows: Mass of AGNO, in the original unknown solution = Mass of AgNO3 in the 10 mL unknown solution x volume of the unknown A¢N03 solution in ml 10 mL

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Volume of the original unknown AGNO3 solution =. mL Mass of AGCI (s) = Mole of AgCl = (mole = mass /molar mass) Calculate mole of AGNO, in the 10 mL unknown solution based on the following reaction equation: NaCl) + AGNO(a0) → NANOS(a) + AgCla) Mole of AGNO, in the 10 mL unknown solution = use the coefficient ratio) _(hint, Mass of AGNO, in the 10 mL unknown solution =_ (mass = mole x molar mass) Calculate mass of AGNO, in the original unknown solution as follows: Mass of AGNO, in the original unknown solution volume of the unknown AgN03 solution in mL = Mass of AGNO, in the 10 mL unknown solution x 10 mL
Transcribed Image Text:Volume of the original unknown AGNO3 solution =. mL Mass of AGCI (s) = Mole of AgCl = (mole = mass /molar mass) Calculate mole of AGNO, in the 10 mL unknown solution based on the following reaction equation: NaCl) + AGNO(a0) → NANOS(a) + AgCla) Mole of AGNO, in the 10 mL unknown solution = use the coefficient ratio) _(hint, Mass of AGNO, in the 10 mL unknown solution =_ (mass = mole x molar mass) Calculate mass of AGNO, in the original unknown solution as follows: Mass of AGNO, in the original unknown solution volume of the unknown AgN03 solution in mL = Mass of AGNO, in the 10 mL unknown solution x 10 mL
Watch the Introductory Video and Support Information on the upper left to learn how to use this virtual lab. i. i. Place a bottle of 0.1 M NaCl solution, the unknown AGNO, solution, a 250 mL Erlenmeyer flask, a 10 mL pipette, and a burette (in Glassware→Other) on the workbench. If the bench is said to be too full, set the items along the right side the bench to save space. Record the volume of the original unknown AGNO, solution in the Data sheet. Workbench 1 Unknown AgNO, 0.IMNaCI 100 00 ml25s.0°C 52.500 ml 25.0c 250 ml Flask 0000 ml25.OC 10 ml Pipette 00000 m 25.0c 50 ml Burette 0.0000 mt250c ii. Transfer 50 mL of 0.1 M NaCl solution into the burette. Withdraw 10 mL of the unknown AGNO, solution into the pipette and transfer the solution into the empty Erlenmeyer flask. V. Deliver 1 mL of the 0.1 M NaCl solution from the burette into the 10 mL unknown AGNO, solution. Pay attention to mass of AgCl displayed in the information window Information Name 250 m Flak Volume 11007m Species (s) ams 001433 10 m Potte Temperature 25.00c 0000e5oon ANo, s0025.0C Predse t 7.00 From 50 m Bute to o mPa 100 m antened 250m Flask 110075oc so00025oc Repeat addition of 1 mL of the 0.1 M NaCl solution from the burette into the unknown solution until the mass of AgCl doesn't change any more. Record the mass of the precipitate A9CI on the Data Sheet. vi.
Transcribed Image Text:Watch the Introductory Video and Support Information on the upper left to learn how to use this virtual lab. i. i. Place a bottle of 0.1 M NaCl solution, the unknown AGNO, solution, a 250 mL Erlenmeyer flask, a 10 mL pipette, and a burette (in Glassware→Other) on the workbench. If the bench is said to be too full, set the items along the right side the bench to save space. Record the volume of the original unknown AGNO, solution in the Data sheet. Workbench 1 Unknown AgNO, 0.IMNaCI 100 00 ml25s.0°C 52.500 ml 25.0c 250 ml Flask 0000 ml25.OC 10 ml Pipette 00000 m 25.0c 50 ml Burette 0.0000 mt250c ii. Transfer 50 mL of 0.1 M NaCl solution into the burette. Withdraw 10 mL of the unknown AGNO, solution into the pipette and transfer the solution into the empty Erlenmeyer flask. V. Deliver 1 mL of the 0.1 M NaCl solution from the burette into the 10 mL unknown AGNO, solution. Pay attention to mass of AgCl displayed in the information window Information Name 250 m Flak Volume 11007m Species (s) ams 001433 10 m Potte Temperature 25.00c 0000e5oon ANo, s0025.0C Predse t 7.00 From 50 m Bute to o mPa 100 m antened 250m Flask 110075oc so00025oc Repeat addition of 1 mL of the 0.1 M NaCl solution from the burette into the unknown solution until the mass of AgCl doesn't change any more. Record the mass of the precipitate A9CI on the Data Sheet. vi.
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