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A wire of length 28 m is cut into two pi...

A wire of length 28 m is cut into two pieces. One of the Pieces is be made into a square and the other in to a circle. What should be the length of the two pieces so that combined area of the square and the circle is minimum using differentiation?

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BODY BOOKS PUBLICATION-APPLICATION OF DERIVATIVES-EXERCISE
  1. An rectangle sheet of tin with adjascent sides 45 cm and 24 cm is to b...

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  2. What is the slope of the tangent and normal at (1,1) on the curve y=x^...

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  3. A wire of length 28 m is cut into two pieces. One of the Pieces is be ...

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  4. A car starts from a point P at time t=0 seconds and stops at point Q. ...

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  5. Show that the function given by f(x)=sin x is a) strictly increasing ...

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  6. Show that the function given by f(x)=sin x is a) strictly increasing ...

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  7. Prove that the function given by f(x)=cos x is (a) Strictly decreasin...

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  8. Find the points on the curve y=x^3 at which the slope of the tangent i...

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  9. Consider parametric forms given by x=asin^3t,y=b cos^3t Find dy/dx.

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  10. Consider parametric forms given by x=asin^3t,y=b cos^3t Find the equat...

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  11. Find the equation of the tangent line to the curve y=x^2-2 x+7 which i...

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  12. Find the equation of the tangent line to the curve y=x^2-2 x+7 which i...

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  13. Use differentials to find the approximate value of (15)^(1/4) up to 3 ...

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  14. Prove that the following functions do not have maxima or minima g (x) ...

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  15. Show that all rectangles with a given perimeter, the square has the ma...

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  16. The slope of the tangent to the curve y=e^(2x) at (0,1) is.....a)1 b)2...

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  17. Find the intervals in which the function f(x)=x^2+2x-5 strictly increa...

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  18. Find the equation of tangents and normals to the given curves y=x^3 at...

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  19. Find local maximum and local minimum if any for the function. h(x)=sin...

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  20. Find the slope of tangent line to the curve y=x^2-2x+1

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