The curve `y=ax^(3)+bx^(2)+cx` is inclined by `45^(@)` to x-axis at origin and it touches x-axis at (1,0). Then

The curve y=ax^(3)+bx^(2)+cx is inclined at 45^(@) to x-axis at (0,0) but it touches x-axis at (1,0) , then

The curve y=ax^(3)+bx^(2)+cx is inclined at 45^(@) to x-axis at (0,0) but it touches x-axis at (1,0) , then

If the curve y=ax^(3) +bx^(2) +c x is inclined at 45^(@) to x-axis at (0, 0) but touches x-axis at (1, 0) , then

If the curve y=ax^(3) +bx^(2) +c x is inclined at 45^(@) to x-axis at (0, 0) but touches x-axis at (1, 0) , then

The curve y=ax^(3)+bx^(2)+cx is inclined at 45^(@) to x-axis at (0,0) but it touches x-axis at (1,0) , then a+b+c+10 is

The curve y=ax^(3)+bx^(2)+cx is inclined at 45^(@) to x-axis at (0,0) but it touches x-axis at (1,0) , then a+b+c+10 is

The curve y=ax^(3)+bx^(2)+cx is inclined at 45^(@) to X-axis at (0, 0), but it touches X-axis at (1, 0), then the values of a, b, c are given by:

The curve y=ax^(3)+bx^(2)+cx is inclined at angle 45^(0) to x-axis at (0,0) but it touches X-axis at (1,0) then the value of a,b,c are given by

The curve y=f(x)=ax^(3)+bx^(2)+cx is inclined at 45^(@) to positive direction of x -axis at (0,0), but it touches x -axis at (1,0) then value of ((f''(1)*f''(2))/(2f(2))) is