Find the odd-electron molecules from the following.
`underset((i))(C_(2)H_(2)) underset((ii))(SCl_(2)) underset((iii))(NO) underset((iv))(N_(2)) underset((v))(NO_(2))`

Most basic among the following is underset(I)(C_(6)H_(5)NH_(2)) underset(II)((C_(2)H_(5))_(2)NH) underset(III)((C_(2)H_(5))_(3)N) underset(IV)(C_(2)H_(5)NH_(2))

Compare the basic strength of the following compounds: underset((I))(C_(2)H_(5)O^(-))" "underset((II))(C_(2)H_(5)^(-))" "underset((III))(C_(2)H_(5)NH^(-))" "underset((IV))(NH_(2^(-)))" "underset((V))(F^(-))

Correct order of base strength of the following is underset(I)(Et-NH_(2)) , underset(II)(Et_(2)NH) ,underset(III)(Et_(3)N) ,underset(IV)(NH_(3))

Correct order of base strength of the following is underset(I)(Et-NH_(2)) , underset(II)(Et_(2)NH) ,underset(III)(Et_(3)N) ,underset(IV)(NH_(3))

The increasing order of the boiling points for the following compound is : underset((I))(C_(2)H_(5))OH " " underset((II))(C_(2)H_(5))Cl " " underset((III))(C_(2)H_(5))CH_(3) " " underset((IV))(C_(2)H_(5))OCH_(3)

Arrange the following in decreasing order of stability. {:underset((I))(Cl^(-)),underset((II))(RCOO^(-)),underset((III))(OH^(-)),underset((IV))(RO^(-)),underset((V))NH_(2)^(-):}

Arrange the following molecules from most to least polar. underset("I")(CH_(4))underset("II")(CF_(2)Cl_(2))underset("III")(CF_(2)H_(2))underset("IV")("CCl"_(4))underset("V")(CH_(2)Cl_(2))

Arrange the following molecules from most to least polar. underset("I")(CH_(4))underset("II")(CF_(2)Cl_(2))underset("III")(CF_(2)H_(2))underset("IV")("CCl"_(4))underset("V")(CH_(2)Cl_(2))