If $\alpha and\beta$ are roots of the equation ${ x }^{ 2 }+px+\dfrac { 3p }{ 4 } =0,such$That $\left| \alpha -\beta \right| =\sqrt { 10 } $, then $p$ belongs to the se :
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If $\alpha and\beta$ are roots of the equation ${ x }^{ 2 }+px+\dfrac { 3p }{ 4 } =0,such$That $\left| \alpha -\beta \right| =\sqrt { 10 } $, then $p$ belongs to the se :