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d. If you have 91.15 g of HCI and enough CaCO3 how many moles CO2 could you produce? (4 sig) georig ripunnis bos bbs nullue to oved Doy 11 ues bluco e. If you want to produce 2.46 mole of CaCl₂ how many moles of HCI will you need assuming you have enough CaCO3? (3 sig) muigino duone brs bios ohuilue to p over way (ola 2) Ssoubond toy bigos.09 M f. If you have 357.43 g of CaCO3 how many moles HCI could be used (or neutralized)? (5 sig) g. If the reaction produced 1.96 x 1024 molecules of water how many grams of CO₂ were also produced? (3 sig)

d. If you have 91.15 g of HCI and enough CaCO3 how many moles CO2 could you produce? (4 sig) georig ripunnis bos bbs nullue to oved Doy 11 ues bluco e. If you want to produce 2.46 mole of CaCl₂ how many moles of HCI will you need assuming you have enough CaCO3? (3 sig) muigino duone brs bios ohuilue to p over way (ola 2) Ssoubond toy bigos.09 M f. If you have 357.43 g of CaCO3 how many moles HCI could be used (or neutralized)? (5 sig) g. If the reaction produced 1.96 x 1024 molecules of water how many grams of CO₂ were also produced? (3 sig)

Chemistry: Matter and Change
Chemistry: Matter and Change
1st Edition
ISBN:9780078746376
Author:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
Publisher:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
Chapter11: Stoichiometry
Section: Chapter Questions
Problem 101A: Air Pollution Nitrogen monoxide, which is present in urban air pollution, immediately Converts to...
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#37d       1.250 moles CO2   

#37e        4.92 mole HCl 

#37f         7.1422 moles HCl ( fixed 10/14/2020)

#37g       143 g CO2

(012 C) d. If you have 91.15 g of HCI and enough CaCO3 how many moles CO2 could you produce? (4 sig) toes aved voy [N von suorigaorią muistes ripuors bos bbs ohuthue to g (pe c) Soubo10 ucy bluco 09.H e. If you want to produce 2.46 mole of CaCl₂ how many moles of HCI will you need assuming you have enough CaCO3? (3 sig) to zmong yor uigiso douons bns bios bhuilue to bhuilue to p Stoer del ovarl ugy 11 1 (pla 2) Souboro uoy blugs 09:H f. If you have 357.43 g of CaCO3 how many moles HCI could be used (or neutralized)? (5 sig) Labeb S) $(Dall:O) nhigan to 226m istom and ai terw g. If the reaction produced 1.96 x 1024 molecules of water how many grams of CO2 were also produced? (3 sig)
Transcribed Image Text:(012 C) d. If you have 91.15 g of HCI and enough CaCO3 how many moles CO2 could you produce? (4 sig) toes aved voy [N von suorigaorią muistes ripuors bos bbs ohuthue to g (pe c) Soubo10 ucy bluco 09.H e. If you want to produce 2.46 mole of CaCl₂ how many moles of HCI will you need assuming you have enough CaCO3? (3 sig) to zmong yor uigiso douons bns bios bhuilue to bhuilue to p Stoer del ovarl ugy 11 1 (pla 2) Souboro uoy blugs 09:H f. If you have 357.43 g of CaCO3 how many moles HCI could be used (or neutralized)? (5 sig) Labeb S) $(Dall:O) nhigan to 226m istom and ai terw g. If the reaction produced 1.96 x 1024 molecules of water how many grams of CO2 were also produced? (3 sig)
37. Calcium carbonate (CaCO3), the active ingredient in many antacids reacts with stomach acid, hydrochloric acid (HCI), to produce calcium chloride (CaCl₂) and water and carbon dioxide. M
Transcribed Image Text:37. Calcium carbonate (CaCO3), the active ingredient in many antacids reacts with stomach acid, hydrochloric acid (HCI), to produce calcium chloride (CaCl₂) and water and carbon dioxide. M
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