The roots of 
are 0 (multiplicity 2), -3 (multiplicity 1), 
(multiplicity 1) and 
(multiplicity 1).
The characteristics of the polynomial can be derived from algebraic techniques. Roots and multiplicity can be found by <em>factoring</em> the polynomial. The multiplicity is represented by a power binomial of the form:
(1)
Where 
is the grade of the polynomial.
Now we proceed to factor the formula:
Please notice that 
have two complex roots.
The roots of are 0 (multiplicity 2), -3 (multiplicity 1), (multiplicity 1) and (multiplicity 1).
We kindly invite to see this question on polynomials: brainly.com/question/1218505
Answer:
0.1666666666666667
Step-by-step explanation:
2.1/12.6
<span>V=84.82. V= Pi*R^2(h/3). plug your answers into this formula and follow the rules of pemdas.</span>
(I) is true, since the plot shows <em>f'(x)</em> is negative on (0, 2)
(II) is false, since <em>f'(x)</em> is negative on (1, 2), so <em>f(x)</em> is decreasing over this interval
(III) is false. An inflection point can only occur at a point <em>x</em> if <em>f''(x)</em> is zero or doesn't exist. But at <em>x</em> = 0, the tangent line to <em>f'(x)</em> clearly has a negative, non-zero slope.
This makes A the correct choice.
Answer:
4x -27
Step-by-step explanation:
