Potassium permanaganate and chromic acid

Reference no: EM13694304

Question- Potassium permanaganate and chromic acid can both be used as classification tests for alcohols. Methanol and two amino acids are the hydrolysis products of aspartame. Why is potassium permanganate a better choice as a classification test reagent than chromic acid to detect the methanol produced by aspartame hydrolysis?

Please show how you obtained the answer

Reference no: EM13694304

Questions Cloud

How much charge is drawn from the battery : Three capacitors of equal capacitance are connected in parallel to a battery, and together they draw a certain amount of charge Q from that battery. How much charge is drawn from the battery

How long will it take to generate hydrogen gas : Question- If a water electrolysis cell operates at a current of 7.7A , how long will it take to generate 23.0L of hydrogen gas at a pressure of 26.0atm and a temperature of 25?C

The scientific notation of the number : The scientific notation of the number

What is the equivalent capacitance of two capacitors : What is the equivalent capacitance of two capacitors of 0.40 uF and 0.60 uF when they are connected in Series

Potassium permanaganate and chromic acid : Question- Potassium permanaganate and chromic acid can both be used as classification tests for alcohols. Methanol and two amino acids are the hydrolysis products of aspartame.

What is the total equivalent resistance : Three resistors of value 1.0 ohms, 2.0 ohms, and 4.0 ohms are connected in a parallel circuit with a 6.0 V battery. What is the total equivalent resistance

A orgel correlation diagram to illustrate how the ground f : Construct a pigeon-hole diagram for a d^7- metal to illustrate all available microstates (terms) for this electronic configuration. Then construct a Orgel correlation diagram to illustrate how the ground F- and P-states split upon of an Oh and Td ..

Compute the magnitude of the electric field between plates : The plates of a parallel-plate capacitor in vacuum are 5.00 mm apart and 2.00 m2 in area. Compute the magnitude of the electric field between the plates

Find potential at a distance from a very long line of charge : Find the potential at a distance r from a very long line of charge with linear charge density (charge per unit length)

User Account

All Pages