Factoring f(x) would give a factor (x-1-2i), so you can divide f(x) by this, leaving (x-3)(x+4)(x-1+2i), so the other roots are:
x=3
x=-4
x=1-2i
x=3
x=-4
x=1-2i
What is the quotient 12/4 as a fraction
1 answer:
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You need to complete the square in x and in y,
First, group the x-terms and the y-terms separately.
Move the 10 to the right side by subtracting 10 from both sides.
Now complete the square in x and in y.
The constant you need to add to complete each square is the square of half of the coefficient of the x or y term. Make sure to add the constants to both sides of the equation.
First, group the x-terms and the y-terms separately.
Move the 10 to the right side by subtracting 10 from both sides.
Now complete the square in x and in y.
The constant you need to add to complete each square is the square of half of the coefficient of the x or y term. Make sure to add the constants to both sides of the equation.
<h2>Hello!</h2>
The answer is:
Quadratic function describes the graph of a parabola and they are formed by a quadratic term () a linear term (
) and a constant number (c). Quadratic terms have an exponent of 2 and linear terms have an exponent of 1.
For this situation, we have only the quadratic term () which is enough to know that there is a quadratic function.
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