Determine the total number of roots of each polynomial function. f(x) = 3r + 2+- 2

Determine all real roots of the polynomial function and express it in factored form: ƒ (x) = 63x¹ + 199x³ – 139x² – 13x + 10.

Given x = 5 and x = - 2 are zeros of the polynomial f(x) = x² – x³ – 18x². rest of the zeros of the function. x = 14x + 20, find the

Find the quadratic polynomial if the zeroes of it are  2 and 1/3 respectively.

Write a polynomial function with the roots/zeros: 0 (with multiplicity 3), -1/2, 3/4, 7i√2, and -7i√2

The function is in polynomial degree. Get all the roots. f(x) = x6-3x5-5x4+12x3+20x2+8x

Write the simplest polynomial function with the given roots: {-3, i, -i } P(x) = x³ + 3 0 -3 1-3 0 0 31 x² + X +

Find the zeros for each polynomial function and give the multiplicity for each zero. State whether the graph crosses the x-axis, or touches the x-axis and turns around, at each zero. f (z) = a + 7z - 4x - 28 %3D O x=2: has multiplicity 1, and it touches the x-axis. x-2: has multiplicity 1, and it touches the x-axis. x-7: has multiplicity 1, and it touches the x-axis. O x-2: has multiplicity 3, and it crosses the x-axis. x-2: has multiplicity 3, and it crosses the x-axis. x=-7: has multiplicity 3, and it crosses the x-axis. x-2: has multiplicity 1, and it crosses the x-axis. x--2: has multiplicity 1, and it crosses the x-axis. X--7: has multiplicity 1, and it crosses the x-axis. O x-2: has multiplicity 1, and it crosses the x-axis. x--2: has multiplicity 2, and it touches the x-axis. X-7: has multiplicity 2, and it touches the x-axis.

Find p(1) and p (-3) of each polynomial. p(x) = 4x3 - 3x2 - 24x - 9