- Organic Chemistry
- Aldehydes and Ketones
- Alkyl Halides, Alcohols and ethers
- Amines and other nitrogen compounds
- Aromatic Chemistry
- Carbohydrates, Amino acids, protein, Vitamin and Fat
- Carboxylic acids and its derivatives
- Chemistry in daily life
- General Mechanism in organic compounds
- Hydrocarbons
- Nomenclature and isomerism
214 - Chemistry Questions Answers

Joshi sir comment
Constant b is associated to volume correction so its value be less for molecule of smaller volume.
What is the driving force for the reaction
F₂ + H₂O -> H₂F₂ + O₂
Is the very low bond energy of F₂?
Considering the electrode potential of hydrogen to be zero, electrode potential of fluorine is +2.87 volt. It implies that fluorine is best oxidising agent, and thus it oxidises oxygen in the given reaction. Besides it low bond energy of fluorine is also a factor for its dissociation and participation in the reaction.

Amount of DCl = 4 milimole
Amount of NaOD = 8 milimole
After reaction of acid and base
Amount of NaOD remaining = 4 milimole
Total volume = 100 ml = 0.1 lit


Why does
Zn + HCl reduce aldehydes and ketones to alcohols while
Zn - Hg amalgam + HCl reduce aldehyde and ketones to alkanes

H₂+ Pd + C Reagent ... It reduces a C=C to C-C ... Is this addition syn or anti?
It is syn reagent

mCPBA is a good oxidizing agent for alkenes and ketones. Here both are present, in that case mCPBA attacks on alkene. Alkene on OMe side is more reactive. So make epoxide this side. Remember also that stereo nature is not changed in this reaction means cis be cis and trans be trans.
Does stabilization of a charge mean willingness of other atoms in the molecule to share the charge or the extent of sharing of charge ? If its the 1st then how does that stabilize the charge?
Sharing is the case applicable for the atoms of same electronegativity, thus by sharing electrons (charges) atoms make their orbital configurations stable according to the rules defined for stability.