14) Let's say 17.0 g of aluminum acetate (F.W. 204.13 g/mol) reacts with 12.0 g of lithium carbonate (F.W. 73.89 g/mol). Assuming the reaction results in 100% yield of products, which of the following is the mass of the excess reactant leftover after the reaction? You must show the correct math work to receive credit. A) 9.23 g B) 2.8 g C) 0.2 g D) 22.1 g E) 10.1 g

Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
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14) Let's say 17.0 g of aluminum acetate (F.W. 204.13
g/mol) reacts with 12.0 g of lithium carbonate (F.W.
73.89 g/mol). Assuming the reaction results in 100%
yield of products, which of the following is the mass of
the excess reactant leftover after the reaction? You
must show the correct math work to receive credit.
A) 9.23 g
B) 2.8 g
C) 0.2 g
D) 22.1 g
E) 10.1 g
Transcribed Image Text:14) Let's say 17.0 g of aluminum acetate (F.W. 204.13 g/mol) reacts with 12.0 g of lithium carbonate (F.W. 73.89 g/mol). Assuming the reaction results in 100% yield of products, which of the following is the mass of the excess reactant leftover after the reaction? You must show the correct math work to receive credit. A) 9.23 g B) 2.8 g C) 0.2 g D) 22.1 g E) 10.1 g
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