List of top Chemistry Questions asked in Jawaharlal Institute of Postgraduate Medical Education and Research Entrance Exam

\(\text {Glucose}\xrightarrow{HCN} X \xrightarrow{\text {Hydrolysis}} Y \xrightarrow{Red\ P+HI} Z\)
IUPAC name of \(Y\) and \(Z\).
Most common isotopes of hydrogen (Non radioactive)
\(CH_3-CH_2-CH_2-Br\xrightarrow{alc.KOH}\) Final product is:
What is the hybridisation of \(O\) in \(H_2O\)?
Suitable reagent for conversion of following reaction.
\(CH_2=CH-CHO\xrightarrow{?}CH_2=CH-CH_2-OH\)
Which of the following can form H-bond?
Which of the following is epimeric pair?
Which can not behave as a Nucleophile for SN2 reaction?
Moles of \(N_2 = 0.4\) and moles of \(O_2 = 0.1\), find \(P_{N_2}\) (Partial pressure) \(N_2\) =? at atmospheric pressure.
Which of the following amino acid optically inactive?
Formula of half-life of zero order reaction is:
\(CH_3-CH_2-CH=CH_2 \xrightarrow{'X'} CH_3CH_2-CH_2-CH_2OH\)
What is suitable reagent \(X\) is?
What is the oxidation number of \(Cr\) in \(Na_2Cr_2O_7\)?
What is the value of γ for a monoatomic gas (ideal gas):
If react with \(Cl_2\), in presence of light and then react with \( Na\) metal in dry ether, final product is
In which of the following oxidation state of phosphorous is +3?
In an ideal gas equation which is constant:
19F-1, 16O-2, 20Ne choose the correct statement.
If two atoms have equal number of electron it is called:
Hund’s Rule state that:
If osmotic pressure of 4% (w/v) solution of sucrose is same as 2% (w/v) solution of 'X' find molecular mass of X.
Given that, for the reaction,
\(\frac 12H_2+\frac 12Cl_2→HCl\)
△Hf (HCI) = -93 kJ/mol, B.E(H2) = 434 kJ/mol, B.E(Cl2) = 242 kJ/mol
The bond dissociation energy of HCl is
Identify the major product that is obtained on treatment of \(CH_3CH_2CH(F)CH_3\) with \(CH_3O^-/CH^3OH\) is
If molar conductivity of \(Ca^{2+}\) and \(Cl^-\) ions are 119 and 71 Scm2 mol-1 respectivily, then the molar conductivity of \(CaCl_2\) at infinite dilution is
A 100 mL flask contained \(H_2\) at 200 torr, and a 200 mL flask contained \(He\) at 100 torr. The two flask were then connected so that each gas filled their combined volume. Assume, no change in temperature, total pressure is