[Video Solution] If \vecα = (\lambda - 2)\veca + \vecb and \vecβ = (4\lambda - 2)\veca + 3\vec... | ASPIRE STUDY

Name: [Video Solution] If \vecα = (\lambda - 2)\veca + \vecb and \vecβ = (4\lambda - 2)\veca + 3\vec... | ASPIRE STUDY
Uploaded: 2026-10-10T10:25:37+00:00
Description: If \vecα = (\lambda - 2)\veca + \vecb and \vecβ = (4\lambda - 2)\veca + 3\vecb be two given vectors \veca and \vecb which are non-collinear, then the value of \lambda for which vectors \vecα and \vecβ are collinear, is – | Watch the step-by-step video solution for this NIMCET PYQ.

If \vecα = (\lambda - 2)\veca + \vecb and \vecβ = (4\lambda - 2)\veca + 3\vecb be two given vectors \veca and \vecb which are non-collinear, then the value of \lambda for which vectors \vecα and \vecβ are collinear, is – | Watch the step-by-step video solution for this NIMCET PYQ.

Published: 2026-10-10T10:25:37+00:00 Thumbnail: Open Page: https://www.myaspirestudy.com/library/video/15623/if-vec-lambda-2-veca-vecb-and-vec-4-lambda-2-veca-3-vec

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