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actually added to 1 tablet (L) *Concentration (M) of HCI Report to 4 sig figs Expand M out to a conversion factor: (M= moles/Liter) Show how you calculated: Moles HCI neutralized by antacid eeded before leaving lab space D

actually added to 1 tablet (L) *Concentration (M) of HCI Report to 4 sig figs Expand M out to a conversion factor: (M= moles/Liter) Show how you calculated: Moles HCI neutralized by antacid eeded before leaving lab space D

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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We used 0.001M of HCl
4. Do all buffer solutions have to be composed of an acid and its c your answer. Part V: Antacids: Complete the table. Watch sig fig and L A: B: *Name of person doing titration: *Name of antacid: *Cost of the bottle of antacid written as a conversion factor: *Number of tablets per bottle written as a conversion factor: *mg per tablet written as a conversion factor: *Active ingredient: Add water *Final buret reading water (mL) *Initial buret reading water (mL) Calcium carbonate Scientific Method: Hypothesis--Which antacid will be the r the most acid for the money)? Volume of water actually added to 1 tablet (mL) Volume of water added Tums $7.54 bottle 160 tablets Tbottle 1000 mg/1 tablet Is the mixture after water & bromophenol blue addition an acid or a base? Equate 20.60mL 1.60ml ← Practice using *Color of mixture after water & bromophenol blue violet blue addition 19.00 ml Should be ~20 mL. Actual amc a practicing using the buret base
Transcribed Image Text:4. Do all buffer solutions have to be composed of an acid and its c your answer. Part V: Antacids: Complete the table. Watch sig fig and L A: B: *Name of person doing titration: *Name of antacid: *Cost of the bottle of antacid written as a conversion factor: *Number of tablets per bottle written as a conversion factor: *mg per tablet written as a conversion factor: *Active ingredient: Add water *Final buret reading water (mL) *Initial buret reading water (mL) Calcium carbonate Scientific Method: Hypothesis--Which antacid will be the r the most acid for the money)? Volume of water actually added to 1 tablet (mL) Volume of water added Tums $7.54 bottle 160 tablets Tbottle 1000 mg/1 tablet Is the mixture after water & bromophenol blue addition an acid or a base? Equate 20.60mL 1.60ml ← Practice using *Color of mixture after water & bromophenol blue violet blue addition 19.00 ml Should be ~20 mL. Actual amc a practicing using the buret base
Name of person Now titrate. *Final buret reading HCI (ML) *Initial buret reading HCI (ML) Show how you calculated: Volume of HCI actually added to 1 tablet (mL) Show how you calculated: Volume of HCI actually added to 1 tablet (L) (M = moles/Liter) Show how you calculated: A: Moles HCI neutralized by antacid *Concentration (M) (1066) of HCI Report to 4 sig figs Expand M out to a conversion factor: 19.20 me 5.10mL 19.20 5.10ml = 14.10mL Now titrate. 14.10ml x=1L *Needed before leaving lab space 1000 L 0.0141 L
Transcribed Image Text:Name of person Now titrate. *Final buret reading HCI (ML) *Initial buret reading HCI (ML) Show how you calculated: Volume of HCI actually added to 1 tablet (mL) Show how you calculated: Volume of HCI actually added to 1 tablet (L) (M = moles/Liter) Show how you calculated: A: Moles HCI neutralized by antacid *Concentration (M) (1066) of HCI Report to 4 sig figs Expand M out to a conversion factor: 19.20 me 5.10mL 19.20 5.10ml = 14.10mL Now titrate. 14.10ml x=1L *Needed before leaving lab space 1000 L 0.0141 L
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