Demonstrate how the product would react in the presence

Reference no: EM13685924

The product of this reaction (tetraphenylcyclopentadienone) might potentially react in a Diels-Alder reaction. Demonstrate how the product would react in the presence of diethyl acetylenedicarboxylate. Note that the Diels-Alder cycloadduct formed will lose carbon monoxide, Explain which will result in an aromatic product being obtained.

Reference no: EM13685924

Questions Cloud

Define what mass of na2so3 is needed to remove o2 : Before hydrazine came in to use to remove dissolved oxygen in the water steam boilers, Na2SO3 was usually used for this purpose

Explain what is the concentration if hcl in final solution : Explain what is the concentration if HCl in the final solution when 100mL of a 5 M HCl solution in diluted with water to a total volume of .25L

Explain what is the equilibrium constant for the reaction : Is it thermodynamically possible to transform solid SnO2 into liquid SnCl4 by reaction of the oxide with gaseous HCl. Explain what is the equilibrium constant for the reaction at 25C.

Demonstrate how the product would react in the presence : Demonstrate how the product would react in the presence of diethyl acetylenedicarboxylate. Note that the Diels-Alder cycloadduct formed will lose carbon monoxide, Explain which will result in an aromatic product being obtained.

Compute the ph after the subsequent amounts of acid : A 10.0 ml sample of 0.075 M KOH is titrated with 0.125 M HCIO4 solution. Compute the pH after the subsequent amounts of acid are added. a) 2.50 ml b) 6.00mL c) 12.0Ml

Explain what is the conjugate acid to aniline : Explain what is the pH of a 0.035-M solution of aniline at 25 deg C? The Kb = 4.2*10-10 at 25 deg C. Explain what is the conjugate acid to aniline as well as what is the value of Ka for the conjugate acid of aniline

Compute the individual concentrations of hmr and mr : Compute the individual concentrations of HMR and MR in a mixture measured with absorbency 0.604 at 520 micrometers and absorbency 0.727 at 425 micrometers.

Compute the ultimate and 5-day cbod of the waste : The river has an ultimate CBOD of 10 mg/L as well as is flowing at a rate of 8 m3/s. Presumptuous a reaction-rate coefficient of 0.1/day, compute the ultimate and 5-day CBOD of the waste at the point of discharge (0 km) and 20 km downstream. The r..

User Account

All Pages