Define a mixture of x with benzoic acid melts

Assignment Help Chemistry

Reference no: EM13646315

An unknown compound X is one of the four compounds listed in the Table below. A mixture of X with benzoic acid melts at 89 degrees Celsius, a mixture of X with phenyl succinate melts at 90 degrees Celsisus, and a mixture of X with m-aminophenol melts at 120 degrees Celsisus. Give the identity of X and explain your reasoning.

Table

Compound m.p. degrees Celsisus
o-toluic acid 102
benzoic acid 121
phenyl succinate 121
m-aminophenol 122

Reference no: EM13646315

Questions Cloud

Questions based on activity-based costing system : predetermined overhead rate under the traditional costing system is closest and the activity-based costing system

Explain what happens to the concentration of salt : Suppose you prepare a 500 ml of .10 M solution aqueous solution of some salt and let it sit out uncovered and some water evaporates. What happens to the concentration of salt

Estimate what is the minimum transit time for each box : Boxes are moved on a conveyor belt from where they are filled tothe packing station 11.0 m away. The belt is initially stationaryand must finish with zero speed. what is the minimum transit time for each box

Estimate what horse power is developed by the motor : The armature of a shunt motor has a mass of 250kg and a diameter of 30 cm. What horse power is developed by the motor running at 3000rpm

Define a mixture of x with benzoic acid melts : An unknown compound X is one of the four compounds listed in the Table below. A mixture of X with benzoic acid melts at 89 degrees Celsius, a mixture of X with phenyl succinate melts at 90 degrees Celsisus, and a mixture of X with m-aminophenol me..

Administrative and selling expenses : Administrative and selling expenses

Compute the radial acceleration of the car at this time : A car at the Indianapolis-500 accelerates uniformly from the pitarea, going from rest to 285 km/h in asemicircular arc with a radius of 196m. Determine the radial acceleration of the car at this time

Evaluate the concentration of each form of piperazine : Calculate the pH of 0.3 M piperazine. Calculate the concentration of each form of piperazine in the solution

Identifying and managing risk : Identifying and Managing Risk

User Account

All Pages