Graphing polynomial functions is a great way to see where their zeros (or roots) are. These zeros are the points where the graph meets the x-axis.
Let’s look at the quadratic function . When we graph this function, we see it crosses the x-axis at and . These points show us the zeros of the function.
By marking these points on the graph, we can clearly see where the function switches from positive (above the x-axis) to negative (below the x-axis).
Graphing helps us understand these ideas better. It turns complicated concepts into something we can see and grasp more easily.
Graphing polynomial functions is a great way to see where their zeros (or roots) are. These zeros are the points where the graph meets the x-axis.
Let’s look at the quadratic function . When we graph this function, we see it crosses the x-axis at and . These points show us the zeros of the function.
By marking these points on the graph, we can clearly see where the function switches from positive (above the x-axis) to negative (below the x-axis).
Graphing helps us understand these ideas better. It turns complicated concepts into something we can see and grasp more easily.