Organic Chemistry Product Identification Quiz

What is the hybridization of the complex Fe in the given reaction?

In the reaction involving NaNH2 and HCl, which of the following products is likely to be formed?

What is the final product obtained by treating H3C-Br with Cu(CN)4 followed by H2O/H2O2/OH?

When an electrolytic solution is diluted with water, what happens to the degree of ionization?

What does a weak electrolyte behave as when diluted to infinite dilution?

In the given reaction, how many milliliters of water should be added to 300ml of 0.1 M HA solution to increase its degree of ionization by a factor of 4?

What would be the product formed by treating Ph-C-CH(OH) with O/DMSO?

Which complex is sp hybridized and diamagnetic?

Optically Active Compounds

A, B, and C are optically active compounds with specific rotations of 60º, 40º, and -80º respectively
The degree of dissociation (α) of A is required to make the whole mixture optically inactive

Chemical Reactions

Reaction (i): CH₃ – C(OH)₂ → Product (using I₂)
Reaction (ii): CH₃ – C – CH₃ → Product (using OH⁻ and Ca(OH)₂)
Reaction (vii): Salt → Product (using Cl and Δ)
Reaction (viii): 3 reactions can produce H₃C – C – CH₃ as a major product

Organic Chemistry

One of the organic products formed will decolourise bromine water
One of the organic products formed will give brisk effervescence with NaHCO₃
One of the organic products formed will give a positive 2,4 DNP test

Stoichiometry

300 ml of 0.1 M HA solution requires the addition of x ml of H₂O to decrease [H⁺] to a factor of 4
Options for x: 4500 ml, 3.7 liters, 4 liters, and 5700 ml

Molecular Orbital Theory

B₂, N₂, C₂, O₂, CN⁻, CO, and NO⁺ are chemical units containing only π-bonds according to molecular orbital theory

Test your knowledge on organic chemistry products by identifying which product will give a positive 2,4 DNP test. This quiz is suitable for students studying organic chemistry concepts.