The value of
is 0 and the value of
is 12
Looking at the table, we can see that when p = 8, the corresponding value of n(p) is -1. Therefore, n(8) = -1.
Next, we substitute n(8) into the function m(p).
From the table, we can see that when p = -1, the corresponding value of m(p) is 0. Therefore, m(-1) = 0.
Substituting n(8) = -1 into m(p), we get
.
Therefore, the value of
is 0.
To find the value of
, we follow the same steps as above.
First, we find the value of m(-4) by looking at the table. When p = -4, the corresponding value of m(p) is -1. Therefore, m(-4) = -1.
Next, we substitute m(-4) into the function n(p).
From the table, we can see that when p = -1, the corresponding value of n(p) is 12. Therefore, n(-1) = 12.
Substituting m(-4) = -1 into n(p), we get
.
Therefore, the value of
is 12.