[Video Solution] Let \lambda\ne 0 be a real number. Let α,β be the roots of the equation 14x^2... | ASPIRE STUDY

Name: [Video Solution] Let \lambda\ne 0 be a real number. Let α,β be the roots of the equation 14x^2... | ASPIRE STUDY
Uploaded: 2026-10-09T05:38:34+00:00
Description: Let \lambda\ne 0 be a real number. Let α,β be the roots of the equation 14x^2-31x+3\lambda=0 and α,γ be the roots of the equation 35x^2-53x+4\lambda=0. Then \dfrac3αβ and \dfrac4αγ are the roots of the equation | Watch the step-by-step video solution for this NIMCET PYQ.

Let \lambda\ne 0 be a real number. Let α,β be the roots of the equation 14x^2-31x+3\lambda=0 and α,γ be the roots of the equation 35x^2-53x+4\lambda=0. Then \dfrac3αβ and \dfrac4αγ are the roots of the equation | Watch the step-by-step video solution for this NIMCET PYQ.

Published: 2026-10-09T05:38:34+00:00 Thumbnail: Open Page: https://www.myaspirestudy.com/library/video/13220/let-lambda-ne-0-be-a-real-number-let-be-the-roots-of-the-equation-14x-2

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