If m and n are the roots of the equation \[(x+p)(x+q)-k=0,\] then the roots of the equation \[(x-m)(x-n)+k=0\] are

\[\frac{1}{p}\] and \[\frac{1}{q}\]

If m and n are the roots of the equation \[(x+p)(x+q)-k=0,\] then the

1.	If m and n are the roots of the equation \[(x+p)(x+q)-k=0,\] then the roots of the equation \[(x-m)(x-n)+k=0\] are
A.	p and q
B.	\[\frac{1}{p}\] and \[\frac{1}{q}\]
C.	\[-p\]and \[-q\]
D.	\[p+q\] and \[p-q\]
Answer» D. \[p+q\] and \[p-q\]

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If m and n are the roots of the equation \[(x+p)(x+q)-k=0,\] then the roots of the equation \[(x-m)(x-n)+k=0\] are

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