JEE Advanced 2017 Paper 2 Offline

The reactions, \(Q\) to \(R\) and \(R\) to \(S,\) are

The product \(S\) is

Compounds \(P\) and \(R\) upon ozonolysis produce \(Q\) and \(S,\) respectively. The molecular formula of \(Q\) and \(S\) is \({C_8}{H_8}O.Q\) undergoes Canninzzaro reaction but not haloform reaction, whereas \(S\) undergoes haloform react...

For the following compounds, the correct statement(s) with respect to nucleophilic substitution reaction is (are)

In a bimolecular reaction, the steric factor \(P\) was experimentally determined to be \(4.5.\) The correct option(s) among the following is (are)

The major product of the following reaction is

The order of basicity among the following compounds is

Which of the following combination will produce \({H_2}\) gas ?

The options(s) with only amphoteric oxides is (are)

For the following cell,
\(Zn\left( s \right)\left| {ZnS{O_4}\left( {aq} \right)} \right|\left| {CuS{O_4}\left( {aq} \right)} \right|Cu\left( s \right)\)
when the concentration of \(Z{n^{2 + }}\) is \(10\) times the concentration of $$C{u^{2...

\(Y\) and \(Z\) are, respectively

\(W\) and \(X\) are, respectively

Among the following, the correct statement(s) is (are)

The order of the oxidation state of the phosphorous atom in
\({H_3}P{O_2},{H_3}P{O_4},{H_3}P{O_3}\) and \({H_4}{P_2}{O_6}\) is

Pure water freezes at \(273\) \(K\) and \(1\) bar. The addition of \(34.5\) \(g\) of ethanol to \(500\) \(g\) of water changes the freezing point of the solution. Use the freezing point depression constant of water as \(2\) kg $$mo{l^{ - 1}...

The correct statement(s) about surface properties is (are)

The standard state Gibbs free energies of formation of \(C\)(graphite) and \(C\)(diamond) at \(T=298\) \(K\) are
\({\Delta _f}{G^0}\) [\(C\)(graphite)] \(= 0kJmo{l^{ - 1}}\)
\({\Delta _f}{G^0}\) [\(C\)(diamond)] \(= 2.9kJmo{l^{ - 1}}\)
...

For a reaction taking place in a container in equilibrium with its surroundings, the effect of temperature on its equilibrium constant \(K\) in terms of change in entropy is described by