What functional groups does Triphenylmethanol have?
Triphenylmethanol consists of an alcohol group and aromatic bending; according to the peaks in the IR spectrum, the product that was synthesized during the experiment possessed specific functional groups that are present in the structure of triphenylmethanol.
What is the melting point of Triphenylmethanol?
160-163 °C
mp. 160-163 °C (lit.)
Is triphenylmethanol polar or nonpolar?
Triphenylmethanol is polar because of the electronegative alcohol substituent. Its lone pair of electrons creates a dipole, an uneven sharing of electrons, which results in its polarity. Ligroin is a nonpolar solvent because it is an alkyl chain.
What is the RF of triphenylmethanol?
By this reasoning, a larger rf value means it is less polar. Based on the data, the biphenyl is less polar because its rf value is 0.91 in the 1:4 elution solvent while the rf for the triphenylmethanol is 0.64 in the 1:4 elution solvent.
Is triphenylmethanol basic?
Acid-base properties The basicity of triphenylmethanol is enhanced due to the formation of a resonance-stabilized carbocation upon breaking of the C–O bond.
Is triphenylmethanol polar?
What is the theoretical yield of triphenylmethanol?
The product triphenylmethanol will then be purified by recrystallization, and percent- age yield is used to measure the success of reaction, in which a 29.08% yield was obtained.
What is the structure of triphenylmethanol?
Triphenylmethanol consists of an alcohol group and aromatic bending; according to the peaks in the IR spectrum, the product that was synthesized during the experiment possessed specific functional groups that are present in the structure of triphenylmethanol.
What is the percentage yield of methyl benzoate to triphenylmethanol?
Step 15: Clean all glassware and the experimental area. theoretical yield of product = amount of methyl benzoate used (g)/ molecular weight of methyl benzoate x molecular weight of triphenylmethanol = 0.1365g/ 136.15 x 260.33 = Yg = 0.2609g percent yield = product (g)/ Yg = 0.0649g/ 0.2609g x 100% = yield = 24.87%
Was the production of the triphenylmethanol successful?
Therefore it is plausible to conclude that the production of the triphenylmethanol was successful. Also, I was able to determine that the percent yield of the product was 24.87%, which indicated that an acceptable yield of triphenylmethanol was synthesized during the experiment.
What are the specific peaks in the IR spectrum of alcohol?
The IR spectrum showed specific peaks at 3473.99 cm -1 which indicated the presence of alcohol, 3060.58 cm -1 which represented a carbon to hydrogen stretch, 1959.21 cm -1 which represented a carbon to carbon stretch, and 1596.90 cm -1 which represented a carbon to carbon stretch and was also indicative of aromatic bending.