Compute the theoretical yield for the bromination

Reference no: EM13686494

Compute the theoretical yield for the bromination of both stilbenes as well as cinnamic acid, presuming the presence of excess pyridinium tribromide.

Reference no: EM13686494

Questions Cloud

Compute the volume in liters of oxygen required to burn : Utilizing the ideal gas law equation, compute the volume in liters of oxygen required to burn all the butane at 0.850atm and 25 degrees Celsius if a tank contains 55.2 g of butane.

Explain the secondary clarifier only produces : Explain the secondary clarifier only produces Xr= 1,000 mg/l, as a result RAS is increased to 50% Q. Explain what is the actual residence time then? Does the F/M the MLVSS concentration as well as SRT change?

Compute the purity of acetic acid present in sample : Compute the purity of acetic acid present in the sample in weight%. Define what was the pH of the solution after addition of 15.00mL of 0.1000 M NaOH. Explain what was the pH of the solution at the equivalence point

Explain what was the conditional formation constant : Explain what was the Conditional Formation Constant for the formation of the EDTA complex for Mg under these conditions?(KMgY2- = 4.9*109)

Compute the theoretical yield for the bromination : Compute the theoretical yield for the bromination of both stilbenes as well as cinnamic acid, presuming the presence of excess pyridinium tribromide.

Explain what volume of water in millimeters of hcl : Extremely simple problem however forgot how to do these since last year. An explaination would be nice if possible too. Explain what volume of water in millimeters must be added to 1.25 L of .86 M of HCl thus that its molarity will be .545 M

Compute the moles of hcl in the sample of toilet : Compute the moles of HCl in the sample of toilet bowl cleaner as well as percentage of HCl in the cleaner. Mass of beaker with cleaner 71.336, mass of empty beaker:

Explain what is the fe2+: sn2+ concentration ratio : Explain what is the Fe2+: Sn2+ concentration ratio in the subsequent cell at 25 degrees C if the measured cell potential is 0.35 V

Define whether the reaction is spontaneous : Define whether the reaction is spontaneous or nonspontaneous under standard conditions C2H5OH(l)+O2(g) arrow CO2(g)+H2O(l) C2H5OH(l) O2(g) CO2(g) H2O(l) deltaH kj/mol -277.7 0 -393.5 -285.8 deltaG kjmol -174.8 0 -394.4 -237.1

User Account

All Pages