![tan^-1(x) - tan^-1(y) = tan^-1((x - y)/(1 + xy)) | arctan x - arctan y = arctan((x - y)/(1 + xy)) - YouTube tan^-1(x) - tan^-1(y) = tan^-1((x - y)/(1 + xy)) | arctan x - arctan y = arctan((x - y)/(1 + xy)) - YouTube](https://i.ytimg.com/vi/WphJgVW4Dnw/maxresdefault.jpg)
tan^-1(x) - tan^-1(y) = tan^-1((x - y)/(1 + xy)) | arctan x - arctan y = arctan((x - y)/(1 + xy)) - YouTube
![Find the value of tan-1(x/y) - tan-1[x-y]/[x+y] - Maths - Inverse Trigonometric Functions - 3350782 | Meritnation.com Find the value of tan-1(x/y) - tan-1[x-y]/[x+y] - Maths - Inverse Trigonometric Functions - 3350782 | Meritnation.com](https://s3mn.mnimgs.com/img/shared/discuss_editlive/4110270/2012_12_01_23_43_38/mathmlequation687152992598008772.png)
Find the value of tan-1(x/y) - tan-1[x-y]/[x+y] - Maths - Inverse Trigonometric Functions - 3350782 | Meritnation.com
The result tan^–1 x – tan^–1(x - y/1 + xy) is true when value of xy is ______. - Sarthaks eConnect | Largest Online Education Community
![SOLVED: Leibnitz' s theorem Exercises: 1. Ify - = tan-1x then prove that (1 + x2)y1 =1 (ii) (1 + x2)yn+1 + 2xyn +n(n 5 1)Yn-1 = Also find the value of (Yn)o SOLVED: Leibnitz' s theorem Exercises: 1. Ify - = tan-1x then prove that (1 + x2)y1 =1 (ii) (1 + x2)yn+1 + 2xyn +n(n 5 1)Yn-1 = Also find the value of (Yn)o](https://cdn.numerade.com/ask_images/34f70d3eeba04c459edbed42275a33ec.jpg)