Chapter 6 Class 12 Application of Derivatives

Master Chapter 6 Class 12 Application of Derivatives with comprehensive NCERT Solutions, Practice Questions, MCQs, Sample Papers, Case Based Questions, and Video lessons.

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Serial order wise

Ex 6.1
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Ex 6.2
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Ex 6.3
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Examples
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Miscellaneous
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Case Based Questions (MCQ)
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NCERT Exemplar - MCQs
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Tangents and Normals (using Differentiation)
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Approximations (using Differentiation)
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Teachoo Questions - MCQs
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Teachoo Questions - Mix
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Teachoo Questions - Assertion Reasoning
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Teachoo Questions - Case Based
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Concept wise

Finding rate of change
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To show increasing/decreasing in whole domain
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To show increasing/decreasing in intervals
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Find intervals of increasing/decreasing
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Finding slope of tangent/normal
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Finding point when tangent is parallel/ perpendicular
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Finding equation of tangent/normal when point and curve is given
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Finding equation of tangent/normal when slope and curve are given
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Finding approximate value of numbers
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Finding approximate value of function
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Finding approximate value- Statement questions
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Finding minimum and maximum values from graph
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Local maxima and minima
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Minima/ maxima (statement questions) - Number questions
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Minima/ maxima (statement questions) - Geometry questions
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Absolute minima/maxima
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Why Learn This With Teachoo?

Learn Chapter 6 Application of Derivatives (AOD) of Class 12 free with solutions of all NCERT Questions for Maths Boards

 

We learned Derivatives in the last chapter, in Chapter 5 Class 12. In this Chapter we will learn the applications of those derivatives.

 

The topics in the chapter include

  • Finding rate of change
  • Checking if a function is increasing or decreasing in an interval
  • Checking if a function is increasing or decreasing in whole domain
  • Finding if function is strictly increasing or decreasing in an interval
  • Finding equation (and slope) of tangent and normal using derivatives
  • Finding approximate value of numbers and functions
  • Finding minimum and maximum values from graph of a function
  • Definition of - Maxima, Minima, Absolute Maxima, Absolute Minima, Point of Inflexion
  • Finding local maxima, local minima using first derivative test
  • Finding local maxima, local minima using second derivative test
  • Finding maximum and minimum values in closed interval (Finding Absolute Maxima and Absolute Minima)
  • Statement questions of maxima and minima where we form equations and solve