17. Degree 4; zeros: 3 + 2i; 4, multiplicity 2 18. Degree 4; zeros: i; 1 + 2i 19. Degree 5; zeros: 2; -i; 1 + i 20. Degree 6; zeros: i; 4 – i; 2 + i 21. Degree 4; zeros: 3, multiplicity 2; – i 22. Degree 5; zeros: 1, multiplicity 3; 1 + i

Q: If f(a) = 4x3 - 11x + 14x - 6, then show the values f(0) and f(1) have different algebraic…

A: A real valued function is said to be continuous as whose graph does not have any breaks or holes.…

Q: The number of citizens (N) of barangay Alapan, Imus Cavite in t years is predicted to increase and…

A: N(3)=7 (3)^4-4(3)^3+150(3)+17500

Q: Which polynomial function has a y-intercept at y = 8 and an x-intercept at X = 2? f (x) = 2x3- 3x? -…

A:

Q: approximated by the function N = 61.861? – 237.43t +943.51 where t is the number of years since…

A: Given function N=61.86t2-237.43t+943.51 1) For finding the vertical intercept, put t=0…

Q: The U.S. census lists the population of the United States as 227 million in 1980, 249 million in…

A: First of all, assume that the second degree polynomial be p(t)=at2+bt +c...(1) To find the values of…

Q: The curve from the graph of a degree 4 polynomial. It goes through the point (5, -160). Find the…

A:

Q: Question 3. Write the equation for a fifth-degree polynomial function with the following…

A:

Q: Find the zeros of f (x) = 2x² – 4x - 5

A:

Q: if the sum of the zeroes of the polynomial f(x) = 2x³ – 3kx² + 4x - 5 is 6, then the value of k is

A:

Roots

The main dissimilarity between real and complex roots is that the real roots are obtained as real numbers, in contrast with the complex roots, which are indicated as imaginary numbers. The standard format for depicting any complex number is in the form of a + bi.