Complete the stoichiometry table using the starting values provided. reagent molecular weight mass (g) mmoles equivalents density (g/mL) vol. (mL) bromobenzene 0.448 2.122 magnesium 1.358 benzophenone 1 diethyl ether 28.161 theoretical product triphenylmethanol melting point of triphenylmethanol (°C) Select the...

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Chemistry

Complete thestoichiometry table using the starting values provided.
reagentmolecular
weight
mass (g)mmolesequivalentsdensity
(g/mL)
vol.
(mL)
bromobenzene0.4482.122
magnesium1.358
benzophenone1
diethyl ether28.161
theoretical product
triphenylmethanol
melting point of triphenylmethanol(°C)
Select the name of the catalyst used for thisreaction, if there was no catalyst used, select none:bromobenzenemagnesiumbenzophenonediethylethernone

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3.6 Ratings (406 Votes)

Completion of stoichiometric table

    Reagent                     FW (g/mol)        mass (g)         mmoles       Equiv.

Bromobenzene                 157.01              0.448             2.853          2.122

magnesium                      24.30               0.044             8.221          1.358

benzophenone                  182.22              0.245             1.344          1.000

diethyl ether                     74.12               2.810             37.86          28.161

theoretical yield                 = 1.344 x 10^-3 x 260.33 = 0.350 g

triphenylmethanol              260.33              0.350             1.344          1.000

melthing point of triphenylmethanol = 162 oC


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