The graph of f below is complete, since it displays all roots, the end-behavior, and the y-intercept of thegraph of f. Use the graph of f to answer the following questions. Note: all - and y-intercepts are integervalues.6543OrO No roots have even multiplicity.List all roots with even multiplicity. If more than one such root exists, use a comma-separated list to enterthe roots.The y-intercept is5List all roots with odd multiplicity. If more than one such root exists, use a comma-separated list to enterthe roots.Submit All Parts6OrO No roots have even multiplicity.Determine the y-intercept. Report the solution in (x, y) form.Determine the factored form of the polynomial f.f(x)Hint: The polynomial f is of degree 3.Question Help: Video

Given:The graph of is given below.To find: To list all roots with even multiplicity.To list all…

The graph of f below is complete, since it displays all roots, the end-behavior, and the y-intercept of the graph of f. Use the graph of f to answer the following questions. Note: all - and y-intercepts are integer values. -5 -4 8 7 6 x 4 3 2 1- The y-intercept is -1 -2- -3- a List all roots with even multiplicity. If more than one such root exists, use a comma-separated list to enter the roots. Or O No roots have even multiplicity. -5 -6 -7 -8 Submit All Parts List all roots with odd multiplicity. If more than one such root exists, use a comma-separated list to enter the roots. 6 O No roots have even multiplicity. Determine the y-intercept. Report the solution in (x, y) form. Determine the factored form of the polynomial f. f(x) = Hint: The polynomial f is of degree 3. Question Help: Video