To find \( k(j(-5)) \), you first need to determine the value of \( j(-5) \) by looking at the graph of the function \( j(x) \). Once you have that value, you can then find \( k \) of that value by looking at the graph of \( k(x) \).
-
Find \( j(-5) \): Locate \( -5 \) on the x-axis of the graph for \( j(x) \) and find the corresponding value on the y-axis.
-
Find \( k(j(-5)) \): After determining \( j(-5) \), take that result and locate it on the x-axis of the graph for \( k(x) \). Find the corresponding value on the y-axis.
Since I cannot see the graphs, please provide the values for \( j(-5) \) or for \( k(x) \) at the corresponding point, and I can help you solve for \( k(j(-5)) \). Alternatively, if you have the graphs available, you can follow the steps above to compute it.