Determine limiting reactant and theoretical yield in the reaction of acetone benzaldehyde reacted with NaOH to produce dibenzaldehyde. 0.24 g sodium hydroxide 2 mL 95 % ethanol 0.2 mL of acetone 0.6 mL of benzaldehyde

Living By Chemistry: First Edition Textbook
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ChapterU3: Weather: Phase Changes And Behaviour Of Gases
SectionU3.11: Egg In A Bottle: Gay-lussac's Law
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Determine limiting reactant and theoretical yield in the reaction of acetone benzaldehyde reacted with NaOH to produce dibenzaldehyde.

0.24 g sodium hydroxide

2 mL 95 % ethanol

0.2 mL of acetone

0.6 mL of benzaldehyde

 

2
2 N2OH
*CH3
acetone
M.W. 58.08 g/mol
d. 0.791 g/mL
b.p. 56 degrees C
benzaldehyde
106.23 g/mol
d. 1.044 g/mL
b.p. 178-179 degrees C
dibenzalacetone
M.W. 234.30 g/mol
m.p. 110-111 degrees C
Transcribed Image Text:2 2 N2OH *CH3 acetone M.W. 58.08 g/mol d. 0.791 g/mL b.p. 56 degrees C benzaldehyde 106.23 g/mol d. 1.044 g/mL b.p. 178-179 degrees C dibenzalacetone M.W. 234.30 g/mol m.p. 110-111 degrees C
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