Depict the mechanism for the formation of the pink salt

Assignment Help Chemistry

Reference no: EM13680368

Depict the mechanism for the formation of the pink salt of triphenylmethanol from the Grignard reagent as well as benzophenone.

Reference no: EM13680368

Questions Cloud

Explain why is it advantageous to have a combined cycle gas : Explain why is it advantageous to have a combined cycle gas turbine electrical generating facility rather than just a steam turbine facility? Explain why is the actual efficiency of a fuel cell less than the theoretical value

Compute how many tons of coal is used per year : An electrical generating plant is intended to produce 200 megawatts from coal. Presuming the plant operates at 38% efficiency as well as that coal has a heat content of 30 kJ/g. Compute how many tons of coal is used per year

Arsenic poisoning has been recognized since ancient times : Arsenic poisoning has been recognized since ancient times. Recognize the two enzymes that are inactivated by arsenic as well as show how the toxin works.

Explain what mass of molybdenum (iii) oxide mo2o3 : Explain what mass of molybdenum (III) oxide, Mo2O3 will be completely oxidized to potassium Molybdate, K2MoO4, by 35.0mL of 0.200 M KMnO4? 3MnO4- +5Mo3+ + 8H2O --> 3Mn2+ + 5MoO42- + 16H+

Depict the mechanism for the formation of the pink salt : Depict the mechanism for the formation of the pink salt of triphenylmethanol from the Grignard reagent as well as benzophenone.

Compute the mass of copper dissolved during electrolysis : Compute the mass of copper dissolved during electrolysis in a danielle cell if the charge passed through the electrode is 30.62

Compute the activation energy for the reacion n2o5 : Compute the activation energy for the reacion N2O5(g) yields 2NO(g) +1/2 O2(g) from the observed rate constants at the subsequent two temperatures at 25C, k=2.68x10-5 s-1 and at 55C, k=1.3x10-3 s-1

Compute the potential of the silver electrode indicator : Compute the potential of the silver electrode indicator. Compute the cell potential. KNO3 is simply present as supporting electrolyte.

Compute the final w, q delta u delta h for cv=7/2 r : One mole of an ideal gas at 298.15K is expanded fanatically to a final P=1atm next to a constant opposing pressure P=1atm. Compute the final w, q delta U delta H for Cv=7/2 R.

User Account

All Pages