The curve `y=a x^3+b x^2+c x+5` touches the x-axis at `P(-2,\ 0)` and cuts the y-axis at the point `Q` where its gradient is 3. Find the equation of the curve completely.

The curve y=ax^(3)+bx^(2)+cx+5 touches the x -axis at P(-2,0) and cuts the y-axis at the point Q where its gradient is 3. Find the equation of the curve completely.

The curve y=ax^(3)+bx^(2)+cx+5 touches the x-axis at P(-2,0) and cuts the y-axis at a point Q where its gradient is 3. Find a,b,c.

The curve y=ax^(3)+bx^(2)+cx+5 touches x-axis at P(-2,0) and cuts the y-axis at a point Q where its gradient is 3. then find the values of a,b,c

The curve y = ax ^(3) + bx ^(2) + cx + 5 touches the x-axis at P (-2, 0) and cuts the y-axis at a point Q where its gradient is 3, then 2a + 4b is equal to :

The curve y = ax^(3) +bx^(2) +cx +5 touches the x-axis at A(-2,0) and cuts the y-axis at a point B where its slope is 3. Then

The curve y=ax^(2)+bx^(2)+cx+5 touches the x-axis at P(-2,0) and cuts the y-axis at point Q, where its gradient is 3. Now, match the following lists and then choose the correct code.

The curve ay^2=x^2(3a-x) cuts the y - axis at .........