Expansion of \(f (x,y) = tan^{-1} \frac{⁡y}{x}\) upto first degree containing (x+1) & (y-1) is __________

Maxima and Minima topics include: Maxima and minima of variables, taylors theorem two variables, lagrange method to find maxima or minima. Maxima and minima are the largest and smallest values taken by a function. They are also known as extrema, which means "an extreme value" within a given range or domain of a function.  Maxima are points where a function reaches its highest value, while minima are points where it reaches its lowest value.  Local maxima/minima are relative extremes within a specific region, while global maxima/minima are the overall highest and lowest points across the... Show more

Maxima and Minima topics include: Maxima and minima of variables, taylors theorem two variables, lagrange method to find maxima or minima.

Maxima and minima are the largest and smallest values taken by a function. They are also known as extrema, which means "an extreme value" within a given range or domain of a function. 

Maxima are points where a function reaches its highest value, while minima are points where it reaches its lowest value. 

Local maxima/minima are relative extremes within a specific region, while global maxima/minima are the overall highest and lowest points across the entire domain. 

To find the maxima and minimum of a function, you should solve the equation of the derivative equated to zero. 
 

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