solve this .... .......... .......
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★ QUADRATICS RESOLUTION AT IT'S BEST ★
FIRST OF WE'VE BEING COMPARING THE COEFFICIENTS OF SIGMA OPERATOR RESPECTIVELY WITH REAL VALUES OBTAINED FROM OPENING OPERATIONS SUBSEQUENTLY ...
FROM GENERALIZED CAUCHY-SCHWARZ INEQUALITY ... WE CONCLUDED THAT FOR REAL a,b,c,d, and e ...
THE REQUIRED EXPRESSION WILL HOLD EQUALITY ONLY WHEN THE ELEMENTS ARE IN GEOMETRIC PROGRESSION RESPECTIVELY ...
AND AFTER OPENING THE OPERATORS WE'VE OBTAINED A SEQUENCE OF PERFECT SQUARES HAVING SUMS ZERO ...
WHICH FURTHER RESULTS IN HAVING THE FORMATION OF GEOMETRIC PROGRESSION WITHIN THE ELEMENTS ...
HENCE HAVING D=0
AND RESULTS IN EQUAL ROOTS
★✩★✩★✩★✩★✩★✩★✩★✩★✩★✩★
FIRST OF WE'VE BEING COMPARING THE COEFFICIENTS OF SIGMA OPERATOR RESPECTIVELY WITH REAL VALUES OBTAINED FROM OPENING OPERATIONS SUBSEQUENTLY ...
FROM GENERALIZED CAUCHY-SCHWARZ INEQUALITY ... WE CONCLUDED THAT FOR REAL a,b,c,d, and e ...
THE REQUIRED EXPRESSION WILL HOLD EQUALITY ONLY WHEN THE ELEMENTS ARE IN GEOMETRIC PROGRESSION RESPECTIVELY ...
AND AFTER OPENING THE OPERATORS WE'VE OBTAINED A SEQUENCE OF PERFECT SQUARES HAVING SUMS ZERO ...
WHICH FURTHER RESULTS IN HAVING THE FORMATION OF GEOMETRIC PROGRESSION WITHIN THE ELEMENTS ...
HENCE HAVING D=0
AND RESULTS IN EQUAL ROOTS
★✩★✩★✩★✩★✩★✩★✩★✩★✩★✩★
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