Answer:
The function for the success rate is given as follows;

Explanation:
The number of shots Jerimiah made = 12 shots
The number of shots Jerimiah takes = 13 shots

The current success rate is given as follows;

Let 'x' represent the number of more shots Jerimiah has to make to have a success rate of 95%, we get;

0.95·(13 + x) = 12 + x
12.35 + 0.95·x = 12 + x
0.35 = 0.05·x
x = 0.35/0.05 = 7
Therefore, Jeremiah has to make the next seven shots to have a success rate of 95%