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Verify Lagrange's mean-value theorem for...

Verify Lagrange's mean-value theorem for each of the following functions
`f(x) = (sin x + cos x) " on " [0, (pi)/(2)]`

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RS AGGARWAL-APPLICATIONS OF DERIVATIVES-Exercise 11D
  1. Verify Lagrange's mean-value theorem for each of the following functio...

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  2. Verify Lagrange's mean-value theorem for each of the following functio...

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  3. Verify Lagrange's mean-value theorem for each of the following functio...

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  4. Verify Lagrange's mean-value theorem for each of the following functio...

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  5. Verify Lagrange's mean-value theorem for each of the following functio...

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  6. Verify Lagrange's mean-value theorem for each of the following functio...

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  7. Verify Lagrange's mean-value theorem for each of the following functio...

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  8. Verify Lagrange's mean-value theorem for each of the following functio...

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  9. Verify Lagrange's mean-value theorem for each of the following functio...

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  10. Verify Lagrange's mean-value theorem for each of the following functio...

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  11. Verify Lagrange's mean-value theorem for each of the following functio...

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  12. Show that Lagrange's mean-value theorem is not applicable to f(x) = |x...

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  13. Show that Lagrange's mean-value theorem is not applicable to f(x) = (1...

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  14. Find 'c' of Lagrange's mean-value theorem for (i) f(x) = (x^(3) - 3x...

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  15. Using Lagrange's mean-value theorem, find a point on the curve y = x^(...

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  16. Find a point on the curve y = x^(3), where the tangent to the curve is...

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  17. Find the points on the curve y = x^(3) - 3x, where the tangent to the ...

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  18. If f(x) = x (1 - log x), " where " x gt 0, show that (a -b) log c = b ...

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