[Video Solution] a and b be real constants such that the function f defined by f(x)=\left\\beg... | ASPIRE STUDY

Name: [Video Solution] a and b be real constants such that the function f defined by f(x)=\left\\beg... | ASPIRE STUDY
Uploaded: 2026-02-16T04:31:00+00:00
Description: a and b be real constants such that the function f defined by f(x)=\left\\beginarrayllx^2+3 x+a & , x \leq 1 \\ b x+2 & , x>1\endarray\right. be differentiable on \mathbbR. Then, the value of ∫_\limits-2^2 f(x) d x equals | Watch the step-by-step video solution for this NIMCET PYQ.

a and b be real constants such that the function f defined by f(x)=\left\\beginarrayllx^2+3 x+a & , x \leq 1 \\ b x+2 & , x>1\endarray\right. be differentiable on \mathbbR. Then, the value of ∫_\limits-2^2 f(x) d x equals | Watch the step-by-step video solution for this NIMCET PYQ.

Published: 2026-02-16T04:31:00+00:00 Thumbnail: Open Page: https://www.aspirediary.com/library/video/14221/a-and-b-be-real-constants-such-that-the-function-f-defined-by-f-x-left-beg

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