For `lambda=3 `, an integral pair `(m,n)` satisfying the equation is

Sometimes we are just concerned with finding integral solutions to equations. Consider the equation tan^(-1).(1)/m+tan^(-1).(1)/n=tan^(-1).(1)/lambda , where m,n, lambda in N For lambda=11 , an integral pair (m,n) satisfying the equation is

Sometimes we are just concerned with finding integral solutions to equations. Consider the equation tan^(-1)(1/m)+tan^(-1)(1/n)=tan^(-1)(1/lambda) , where m, n, lambda in N For lambda=11 , an integral pair (m, n) satisfying the equation is:

The number of positive integral pairs (x, y) satisfying the equation x^(2) - y^(2) = 3370 is :

The number of positive integral pairs (x, y) satisfying the equation x^(2) - y^(2) = 3370 is :

Find the number of integral ordered pairs (x,y) satisfying the equation log(3x+2y)=logx+logy.

The number of integral pairs (x, y) satisfying the equation 2x^(2)-3xy-2y^(2)=7 is :

Number of integral ordered pairs (x,y) satisfying the equation arctan((1)/(x))+arctan((1)/(y))=arctan((1)/(10)) is

The number of positive integral pairs satisfying the equation tan^(-1)a+tan^(-1)b=tan^(-1)3

The number of integral values of x satisfying the equation |x-|x-4||=4 is