A function `y=f(x)` has a second order derivative `f"(x)=6(x-1)`. If its graph passes through the point `(2,1)` and at that point the tangent to the graph is `y=3x-5` then the function is

A function y=f(x) has a second order derivative f''(x)=6(x-1)dot If its graph passes through the point (2,1) and at that point the tangent to the graph is y=3x-5 then the function is

A function y = f(x) has a second order derivative f''(x) =6(x-1) . If its graph passes thro' the point (2, 1) and at the point the tangent to the graph is y=3x-5 , then the function is :

A function y = f(x) has a second-order derivative f''(x) =6(x-1). If its graph passed through the point (2,1) and at that point tangent to the graph is y=3x-5, then the value of f(0) is

A function y-f(x) has a second-order derivative f'(x)=6(x-1). It its graph passes through the point (2,1) and at that point tangent to the graph is y=3x-5 , then the value of f(0) is 1 (b) -1(c)2 (d) 0

A function y=f(x) has a second-order derivative f''(x)=6(x-1)dot It its graph passes through the point (2,1) and at that point tangent to the graph is y=3x-5, then the value of f(0) is 1 (b) -1 (c) 2 (d) 0

A function y=f(x) has a second-order derivative f''(x)=6(x-1)dot It its graph passes through the point (2,1) and at that point tangent to the graph is y=3x-5, then the value of f(0) is 1 (b) -1 (c) 2 (d) 0

A function y-f(x) has a second-order derivative f^(x)=6(x-1)dot It its graph passes through the point (2,1) and at that point tangent to the graph is y=3x-5, then the value of f(0) is 1 (b) -1 (c) 2 (d) 0