\table[[, benzaldehyde,acetone,dibenzalacetone (DBA)], [\table[[chemical formula], [& structure], [(hand-drawn)]], CAS 100-52-7, CAS 67-64-1, CAS 538-58-9, CH O Fill out entire table 17 14 benzaldehyde chemical formula CAS 100-52-7 acetone CAS 67-64-1 dibenzalacetone (DBA) CAS 538-58-9 CHO & structure (hand-drawn) MW or M 106.12 g/mol mass or vol. reactant 3.00 grams 58.08 g/mol 1.00 mL = g 234.29 g/mol moles density, g/mL N/A 1.043 (T = 25 °C) 0.788 g/mL (T-25 °C) b.p. and = f.p. b.p. 179 °C b.p. 56.5 N/A f.p. 18 °C 0°F limiting reagent Calculation for theoretical yield in mols Calc for theoretical yield, g m.p. literature 169-170.5 °C -94 °C theoretical yield, moles = theoretical yield, grams = observed yield, g= % yield= 110-111 °C Observed melting point range:

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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\table[[, benzaldehyde,acetone,dibenzalacetone (DBA)], [\table[[chemical formula], [& structure], [(hand-drawn)]], CAS
100-52-7, CAS 67-64-1, CAS 538-58-9, CH O Fill out entire table
17 14
benzaldehyde
chemical formula CAS 100-52-7
acetone
CAS 67-64-1
dibenzalacetone (DBA)
CAS 538-58-9 CHO
& structure
(hand-drawn)
MW or M
106.12 g/mol
mass or vol.
reactant
3.00 grams
58.08 g/mol
1.00 mL =
g
234.29 g/mol
moles
density, g/mL
N/A
1.043 (T = 25 °C)
0.788 g/mL (T-25 °C)
b.p. and
=
f.p.
b.p. 179 °C
b.p. 56.5
N/A
f.p.
18 °C 0°F
limiting reagent
Calculation for
theoretical yield in
mols
Calc for
theoretical yield, g
m.p. literature
169-170.5 °C
-94 °C
theoretical yield, moles =
theoretical yield, grams =
observed yield, g=
% yield=
110-111 °C
Observed melting point range:
Transcribed Image Text:\table[[, benzaldehyde,acetone,dibenzalacetone (DBA)], [\table[[chemical formula], [& structure], [(hand-drawn)]], CAS 100-52-7, CAS 67-64-1, CAS 538-58-9, CH O Fill out entire table 17 14 benzaldehyde chemical formula CAS 100-52-7 acetone CAS 67-64-1 dibenzalacetone (DBA) CAS 538-58-9 CHO & structure (hand-drawn) MW or M 106.12 g/mol mass or vol. reactant 3.00 grams 58.08 g/mol 1.00 mL = g 234.29 g/mol moles density, g/mL N/A 1.043 (T = 25 °C) 0.788 g/mL (T-25 °C) b.p. and = f.p. b.p. 179 °C b.p. 56.5 N/A f.p. 18 °C 0°F limiting reagent Calculation for theoretical yield in mols Calc for theoretical yield, g m.p. literature 169-170.5 °C -94 °C theoretical yield, moles = theoretical yield, grams = observed yield, g= % yield= 110-111 °C Observed melting point range:
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