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KHP Titration Sample #3 Volume of KHP base # 3 HCL Titration Sample Data Sheet Volume of HCI base Moles of KHP trial # 1 Moles of KHP trial #2 Moles of KHP trial # 3 Concentration of base for trial #1 Concentration of base for trial #2 Concentration of base for trial #3 Average concentration of base Moles of base 8.00 mL 8.15 mL .000949 mol .0009744 mol .0009793 mol .1228 M .1226 M .1224 M -1226 M 40.75 mol X 德 匡 TJJ TJ T TJ TJ TJ T ▶ Now that you have determined the concentration of the base used to titrate the HCI in the micropipet, and you have recorded the volume of the HCI sample (5.00 mL) and the number of mL of base used, you can calculate the concentration of the HCI solution. Pop up the Data Sheet to get the number of mL of base used to titrate the HCI solution. SECTION 19 First calculate the number of moles of base used (be careful about the volume units): moles base = (Vbase) (Mbase) Enter the result below. Attempt: 2/3 You're outside the expected range. Try again. Moles of base 40.75 Chal Y mol

KHP Titration Sample #3 Volume of KHP base # 3 HCL Titration Sample Data Sheet Volume of HCI base Moles of KHP trial # 1 Moles of KHP trial #2 Moles of KHP trial # 3 Concentration of base for trial #1 Concentration of base for trial #2 Concentration of base for trial #3 Average concentration of base Moles of base 8.00 mL 8.15 mL .000949 mol .0009744 mol .0009793 mol .1228 M .1226 M .1224 M -1226 M 40.75 mol X 德 匡 TJJ TJ T TJ TJ TJ T ▶ Now that you have determined the concentration of the base used to titrate the HCI in the micropipet, and you have recorded the volume of the HCI sample (5.00 mL) and the number of mL of base used, you can calculate the concentration of the HCI solution. Pop up the Data Sheet to get the number of mL of base used to titrate the HCI solution. SECTION 19 First calculate the number of moles of base used (be careful about the volume units): moles base = (Vbase) (Mbase) Enter the result below. Attempt: 2/3 You're outside the expected range. Try again. Moles of base 40.75 Chal Y mol

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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please see attached image. Im trying to calulate moles of HCl the volume I drew was 5.0 the volume titrated bas 8.15.

KHP Titration Sample #3 Volume of KHP base #3 HCL Titration Sample Data Sheet Volume of HCI base Moles of KHP trial # 1 Moles of KHP trial #2 Moles of KHP trial # 3 Concentration of base for trial #1 Concentration of base for trial #2 Concentration of base for trial #3 Average concentration of base Moles of base 8.00 mL 8.15 mL .000949 mol .0009744 mol .0009793 mol .1228 M .1226 M .1224 M .1226 M 40.75 mol X 德 匡 TJJ TJ T TJJ TJ TJ T ▶ Now that you have determined the concentration of the base used to titrate the HCI in the micropipet, and you have recorded the volume of the HCI sample (5.00 mL) and the number of mL of base used, you can calculate the concentration of the HCI solution. Pop up the Data Sheet to get the number of mL of base used to titrate the HCI solution. SECTION 19 First calculate the number of moles of base used (be careful about the volume units): moles base = (Vbase) (Mbase) Enter the result below. Attempt: 2/3 You're outside the expected range. Try again. Moles of base 40.75 Chal Y mol
Transcribed Image Text:KHP Titration Sample #3 Volume of KHP base #3 HCL Titration Sample Data Sheet Volume of HCI base Moles of KHP trial # 1 Moles of KHP trial #2 Moles of KHP trial # 3 Concentration of base for trial #1 Concentration of base for trial #2 Concentration of base for trial #3 Average concentration of base Moles of base 8.00 mL 8.15 mL .000949 mol .0009744 mol .0009793 mol .1228 M .1226 M .1224 M .1226 M 40.75 mol X 德 匡 TJJ TJ T TJJ TJ TJ T ▶ Now that you have determined the concentration of the base used to titrate the HCI in the micropipet, and you have recorded the volume of the HCI sample (5.00 mL) and the number of mL of base used, you can calculate the concentration of the HCI solution. Pop up the Data Sheet to get the number of mL of base used to titrate the HCI solution. SECTION 19 First calculate the number of moles of base used (be careful about the volume units): moles base = (Vbase) (Mbase) Enter the result below. Attempt: 2/3 You're outside the expected range. Try again. Moles of base 40.75 Chal Y mol
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