Let `g (x)` be a cubic polnomial having local maximum at `x=-1` and g '(x) has a local minimum at `x =1, If g (-1) =10 g, (3) =- 22,` then

Let f(x) be a cubic polynomial which has local maximum at x=-1 and f(x) has a local minimum at x=1 , If f(-1) =10 and f(3) =-22, then one fourth of the distance between its two horizontal tangents is

Leg f(x) be a cubic polynomial which has local maximum at x=-1 and f(x) has a local minimum at x=1. If f(-1)=10 and f(3)=-22, then one fourth of the distance between its two horizontal tangents is

Let f(x) be a cubic polynomial which has local maximum at x=-1 \ and \ f(x) has a local minimum at x=1. if f(-1)=10 \ and \ f(3)=-22 , then one fourth of the distance between its two horizontal tangents is ____________

Let f(x) be a cubic polynomial which has local maximum at x=-1 \ and \ f(x) has a local minimum at x=1. if f(-1)=10 \ and \ f(3)=-22 , then one fourth of the distance between its two horizontal tangents is ____________

Let f(x) be a cubic polynomial which has local maximum at x=-1 \ and \ f(x) has a local minimum at x=1. if f(-1)=10 \ and \ f(3)=-22 , then one fourth of the distance between its two horizontal tangents is ____________

Let f(x) be a cubic polynomial which is having local maximum at (1,2) and f'(x) has local extrema at x=0 .If f(0)=1 then

Let p(x) be a real polynomial of least degree which has a local maximum at x = 1 and a local minimum at x = 3. If p(1) = 6 and p(3) = 2, then p'(0) is

f has a local maximum at x = a and local minimum at x = b. Then -