![A new treatise on the elements of the differential and integral calculus . - COS. (f For the area of the segment OMN, we liavo k. = / y-dfl^ 404 INTEGRAL A new treatise on the elements of the differential and integral calculus . - COS. (f For the area of the segment OMN, we liavo k. = / y-dfl^ 404 INTEGRAL](https://c8.alamy.com/comp/2CHBK46/a-new-treatise-on-the-elements-of-the-differential-and-integral-calculus-cos-f-for-the-area-of-the-segment-omn-we-liavo-k-=-y-dfl-404-integral-calculus-which-by-substituting-for-r-its-value-above-becomes2jcos3-l-sin32-2jcos9a-cos-sin-to-effect-this-integration-put-=-ata-n2-cos-d-l-tan3-=-2-czg-stan-9-and-hence-tan2-6-l-tan3-7-t-=-31-tan2-g-1-6-1-tan3-7-the-area-beginning-when-=-0-we-have-7-=-and-con-sequently-a2-tan3-0-u-6-1-tan3-the-entire-area-oml-is-found-by-making-6-=-in-th-2CHBK46.jpg)
A new treatise on the elements of the differential and integral calculus . - COS. (f For the area of the segment OMN, we liavo k. = / y-dfl^ 404 INTEGRAL
Find the differential coefficient of tan^-1x with respect to x. - Sarthaks eConnect | Largest Online Education Community
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