If \[\alpha \] and \[\beta \] are the roots of the equation \[2{{x}^{2}}-3x+4=0\], then the equation whose roots are \[{{\alpha }^{2}}\] and \[{{\beta }^{2}}\] is

If \[\alpha \] and \[\beta \] are the roots of the equation \[2{{x}^{2

1.	If \[\alpha \] and \[\beta \] are the roots of the equation \[2{{x}^{2}}-3x+4=0\], then the equation whose roots are \[{{\alpha }^{2}}\] and \[{{\beta }^{2}}\] is
A.	\[4{{x}^{2}}+7x+16=0\]
B.	\[4{{x}^{2}}+7x+6=0\]
C.	\[4{{x}^{2}}+7x+1=0\]
D.	\[4{{x}^{2}}-7x+16=0\]
Answer» B. \[4{{x}^{2}}+7x+6=0\]

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If \[\alpha \] and \[\beta \] are the roots of the equation \[2{{x}^{2}}-3x+4=0\], then the equation whose roots are \[{{\alpha }^{2}}\] and \[{{\beta }^{2}}\] is

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