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If the theoretical yield of the reaction below corresponds to 99.2 g and the actual yield was 60.9 g, calculate the percent yield. Given: lithium oxide + water → 2 lithium hydroxide (balanced equation) 16.0% 71.8% 38.0% 61.4% None of these responses apply.

If the theoretical yield of the reaction below corresponds to 99.2 g and the actual yield was 60.9 g, calculate the percent yield. Given: lithium oxide + water → 2 lithium hydroxide (balanced equation) 16.0% 71.8% 38.0% 61.4% None of these responses apply.

Chemistry: The Molecular Science
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter3: Chemical Reactions
Section: Chapter Questions
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If the theoretical yield of the reaction below corresponds to 99.2 g and the actual yield was 60.9 g, calculate the percent yield. Given: lithium oxide + water → 2 lithium hydroxide (balanced equation) O 16.0% O 71.8% O 38.0% O 61.4% O None of these responses apply.
Transcribed Image Text:If the theoretical yield of the reaction below corresponds to 99.2 g and the actual yield was 60.9 g, calculate the percent yield. Given: lithium oxide + water → 2 lithium hydroxide (balanced equation) O 16.0% O 71.8% O 38.0% O 61.4% O None of these responses apply.
A tricycle factory uses the following items to produce one tricycle: 3 tires, 1 frame, and 2 pedals. If the factory has available 270 tires, 90 frames, and 170 pedals, which item would limit the amount of complete tricycles that can be assembled? O tires O frames O pedals O both tires and frames are limiting O not enough information
Transcribed Image Text:A tricycle factory uses the following items to produce one tricycle: 3 tires, 1 frame, and 2 pedals. If the factory has available 270 tires, 90 frames, and 170 pedals, which item would limit the amount of complete tricycles that can be assembled? O tires O frames O pedals O both tires and frames are limiting O not enough information
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