the graph to the right is a complete graph, that is, it is continuous and displays the function’s end…

the graph to the right is a complete graph, that is, it is continuous and displays the function’s end behavior. all zeros are integers. answer the following questions. (a) list the zeros whose multiplicity is even. select the correct choice below and fill in any answer boxes within your choice. a. (type an integers or a simplified fractions. use a comma to separate answers as needed.) b. there are no such zeros.

the graph to the right is a complete graph, that is, it is continuous and displays the function’s end behavior. all zeros are integers. answer the following questions. (a) list the zeros whose multiplicity is even. select the correct choice below and fill in any answer boxes within your choice. a. (type an integers or a simplified fractions. use a comma to separate answers as needed.) b. there are no such zeros.

Answer

Explanation:

Step1: Recall Zero Multiplicity Behavior

A zero with even multiplicity means the graph touches the x - axis (does not cross) at that zero. We need to check the given graph.

Step2: Analyze the Graph

Looking at the provided graph (in the window ([-10,10,1]) by ([-100,100,10])), we observe that the graph crosses the x - axis at all its intersection points with the x - axis. There are no points where the graph touches the x - axis and turns around (which would be the case for a zero with even multiplicity). So, there are no zeros with even multiplicity.

Answer:

B. There are no such zeros.