If 6.2 grams of obalt (11) nitrate and 2.Cobalt(i phosplate and litlaum nirate.lithium phosphate are mixed and allowed foQ2)9)Cobal+Gu nitrate reacts cwithhithium phospnate to produceCe balt(i phospnate and lit huum nitrate.1grams offT 6.2 grams of cobalt () nitrate and 2"react Completelyphosphate are mixed and allowed tohow much cobalt (1) phosphate,grams, Could be produced?2 Chromium Qu) nxia(111) 0xide reactswith Carbon mono xide to produ CeCarbon diO Kîde andchromium metal. If 14grams of chromuml)O xc de and 5.8grams of carbon monoxide are mixed andallowedto react according to this equation, what is themaximumqmount,in grams, of carbon dioxide that canbeproduced?

Answered: Image /qna-images/answer/2c7cc2b3-dbe0-4a1f-9a73-45a28a7a2bde.jpg

Q2) Cobal+G nitrate reacts with Lithium phosphate to produce Cobalt() phosphate and lithum nitrate. If 6.2 grams of cobalt (1) nitrate and 2. lithium phosphate are mixed and allowed to react Comple tely 7grams of how much Cobalt (1) phosphate, in grams, could be Prodaced? 2 Chromium (u) oxède reats with Carbon mono xide to produce Carbon dio xide and chromium metal. If 14grams of Chromum&u) O xc de and 5.8grams of carbon monoxide are mixed and allowed to react according to this equatios, what is the maximum qmount , in grams, of carbon dioxide that can be produced ?

Q2) Cobal+G nitrate reacts with Lithium phosphate to produce Cobalt() phosphate and lithum nitrate. If 6.2 grams of cobalt (1) nitrate and 2. lithium phosphate are mixed and allowed to react Comple tely 7grams of how much Cobalt (1) phosphate, in grams, could be Prodaced? 2 Chromium (u) oxède reats with Carbon mono xide to produce Carbon dio xide and chromium metal. If 14grams of Chromum&u) O xc de and 5.8grams of carbon monoxide are mixed and allowed to react according to this equatios, what is the maximum qmount , in grams, of carbon dioxide that can be produced ?

Introductory Chemistry: A Foundation

9th Edition

ISBN:9781337399425

Author:Steven S. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Donald J. DeCoste

Chapter9: Chemical Quantities

Section: Chapter Questions

Problem 100CP: he production capacity for acrylonitrile (C3H3N)in the United States is over 2 billion pounds per...

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