Solution A is 0.2400 M Ca(NO:)>(aq). Solution A is diluted by a factor of 3 to form Solution B. As;Os(s) reacts with NOs(aq) to produce NO(g) and HJASO.(aq) When As:Os(s) was added to 27.50 mlL of Solution B, 1.710 x 10" molecules of NO(g) were obtained from the reaction in 88.75% yield. (a) If As;O:(s) was the limiting reactant, calculate the mass of As:O:(s) which reacted with NO, (aq).

Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter17: Electrochemistry
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Solution A is 0.2400 M Ca(NO:)>(aq).
Solution A is diluted by a factor of 3 to form Solution B.
As;Os(s) reacts with NOs(aq) to produce NO(g) and HJASO.(aq)
When As:Os(s) was added to 27.50 mlL of Solution B, 1.710 x 10" molecules of NO(g) were
obtained from the reaction in 88.75% yield.
(a) If As;O:(s) was the limiting reactant, calculate the mass of As:O:(s) which reacted
with NO, (aq).
Transcribed Image Text:Solution A is 0.2400 M Ca(NO:)>(aq). Solution A is diluted by a factor of 3 to form Solution B. As;Os(s) reacts with NOs(aq) to produce NO(g) and HJASO.(aq) When As:Os(s) was added to 27.50 mlL of Solution B, 1.710 x 10" molecules of NO(g) were obtained from the reaction in 88.75% yield. (a) If As;O:(s) was the limiting reactant, calculate the mass of As:O:(s) which reacted with NO, (aq).
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