Lecture 11: Lagrange Mean value theorem. Geometrical and Physical interpretation with an example

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One of the very important theorems in calculus and its Lagrange's Mean Value theorem.

We will try to understand Lagrange's Mean Value Theorem. We will also see its Geometrical and Physical interpretation. At the end we will see a nice example related to Lagrange's mean value theorem. The example will act as an application to Lagrange's Mean Value theorem.
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Satisfy the hypothesis of the Mean Value Theorem on the given interval and which does not? Give reasons
F(x) ={x^2 - x [-2 -1]
{2x^2 -3x -3 (-1 0]

AJ-yuur
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Sir, how to check given function satisfies hypothesis of mean value theorem. Ex. f(x) = x^2/3 [-1, 8]

abhishekkajirnekar
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Sir i can't understand the instantaneous change which is f´(c) in this video.... It will be very helpful if you will make it clear 🙏

ananyagupta
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Satisfy the hypothesis of the Mean Value Theorem on the given interval and which does not? Give reasons , how to solve for this example ?
F(x) ={sinx/x [-π 0)
={ 0 x=0

thorrr
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i think ...sir apka chalan kata he me sochu itna hatke example kaise

AkashPatil-wojh
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Sir there is one way of not getting caught by the Police we can initially drive at faster speed and later at a slower speed and when avg will be calculated then it will be less than 70kmph. In this way one can enjoy fast driving also and won't be caught as well😂😂😂

engineeringstudent