Supply the mechanism for reacting p-anisaldehyde

Reference no: EM13664383

Supply the mechanism for reacting p-anisaldehyde with acetophenone to get trans-p-anisalacetophenone as well as if you wouldn't mind give a brief description of how the reaction occurs due to crossed aldol condensation.

Reference no: EM13664383

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The sodium hydroxide were required to completely neutralize : Decrease the net ionic equation for the reaction 61.5mL of 0.11 M sodium hydroxide were required to completely neutralize 23.7mL of sulfuric acid.

A zinc sulfide reacts with nitric acid to give zinc sulfate : Zinc sulfide reacts with nitric acid to give zinc sulfate as well as nitric oxide. Compute the mass of zinc required to react with 110mL of 0.15 M nitric acid

Explain the reaction of zinc with nitric acid : Assume the net ionic equation for the reaction 61.5mL of 0.11 M sodium hydroxide were required to completely neutralize 23.7mL of sulfuric acid.

Explain zinc sulfide reacts with nitric acid to give zinc : Explain Zinc sulfide reacts with nitric acid to give zinc sulfate and nitric oxide. Compute the mass of zinc required to react with 110mL of 0.15 M nitric acid

Supply the mechanism for reacting p-anisaldehyde : Supply the mechanism for reacting p-anisaldehyde with acetophenone to get trans-p-anisalacetophenone as well as if you wouldn't mind give a brief description of how the reaction occurs due to crossed aldol condensation.

Compute the theoretical yield of the salt produced : 36.45mL of 0.11 M hydrochloric acid were added to 36.45mL of 0.098 M aqueous barium hydroxide. Compute the theoretical yield of the salt produced

Explain what differences could use to identify the compound : Due to the age of the bottles the labels have fallen off. However it's known that one is formic acid as well as the other is 1-propanol. If you were to measure the IR of these liquids, explain what differences could you use to identify the compoun..

Compute the mass of one atom of helium atomic mass : Compute the mass of one atom of helium atomic mass = 1.01 amu. Compute the wavelength of this atom if it is traveling at 0.8c

Presume the density of the solution : Presume that you have a solution of AsCl(3) with a concentration of 1*10(^-8) M. Presume the density of the solution is 1.00 g/mL. The molar mass of AsCl(3) is 181.28 g. Exchange this concentration to ppb on a mass to mass basis.

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