NEW
Font size
WorksheetsCHB-603 (B. Sc. VI Semester)
Total questions: 20
Worksheet time: 38mins
Which is the most probable main product of the following reaction?
Indole ring is present in______________?
Tryptophan
Valine
Methionine
Histidine
Quinoline undergoes nucleophilic substitution on heating with NaNH2 to give
2-aminoquinoline
4-aminoquinoline
3-aminoquinoline
8-aminoquinoline
The product of the above reaction is
The suitable reagent for the given reaction is
Na/liq. NH3
H2/Pt
Sn/ KOH
H2/Pd
The product is
Fischer's indole synthesis involves
[2,3] sigmatropic shift
[3,3] sigmatropic shift
[3,2] sigmatropic shift
[2,2] sigmatropic shift
The product is
The product is
The product is
The product of the given reaction is
The correct reagent for the given reaction is
LiAlH4
Zn, HCl
Sn/ HCl
Pt/H2
Which form of alpha amino acid will exist at isoelectric point
Anionic
Cationic
Zwitterionic
un-charged alpha amino acid
The position of isoelectric point of the following alpha amino acid depends on:
one equilibrium constant
two equilibrium constants
nature of R
all options are correct
In alkaline solution, an amino acid contains two basic groups -NH2, and -COO-, which is more basic? To which group will a proton preferentially go as acid is added to the solution:
-NH2
-COO-
both have equal basicity order
None of the any options
In acidic solution, an amino acid contains two acidic groups -+NH3, and -COOH, which is more acidic? which group will more readily give up a proton as base is added to the solution:
-+NH3
-COOH
both have equal acidity order
None of the any options
What is a Z in the following reaction?
NH(CH2COOH)2
N(CH2COOH)3
all options are correct
Which one is a product of the following reaction followed by hydrolysis in H3O+?
R-CHO + NH4Cl + KCN ----> ?
Both products are correct
None of the product correct
The following product (A) is formed when glycine reacts with benzoyl chloride followed by treatment with:
Ph-CHO in presence of Ac2O / AcOH
Ph-CHO
Ph-CHO in presence of Na2CO3
HCl
When ninhydrin reacts with alanine in presence of H2O, the product is:
{ here in the structure, R = -CH3 }
All the products options are correct
