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Sketch the region bounded by the graphs of the functions, and find the area of the region.

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Sketch the region bounded by the graphs of the functions, and find the area of the region.

asked Feb 16, 2015 in CALCULUS by anonymous

3 Answers

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Step 1:

The functions are image and image.

Region bounded is : image.

Graph:

Graph the functions are image and image.

Shade the region bounded by the curves between image and .

image

Note: The region shaded in blue color is the required area of region.

answered Feb 21, 2015 by yamin_math Mentor
edited Feb 21, 2015 by yamin_math
0 votes

Contd.....

Step 2:

Definite integral as area of the region:

If image and image are continuous and non-negative on the closed interval image,

then the area of the region bounded by the graphs of image and image and the vertical lines image and image is given by

image.

Observe the graph:

Upper curve is image.

Lower Curve is image.

The vertical lines are image and .

Area of the region is image.

image

Let image.

Apply derivative on each side.

image

Substitute image and image in the integral.

image

Substitute image.

image

Area of the region is 0.316 sq-units.

answered Feb 21, 2015 by yamin_math Mentor
0 votes

Contd.....

Solution:

Graph the region of graph of  image and image between image and  is

image

Area of the region is 0.316 sq-units.

answered Feb 21, 2015 by yamin_math Mentor

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