## Invitation to Computer Science 8th Edition

Finally, we fill out the table, which gives us: $$f(n)=n^{2} : f(3)=9, f(5)=25, f(10)=100, f(20)=400$$ Thus, $t(n)=0.0001 * f(n) : t(3)=0.0009, t(5)=0.0025, t(100)=0.0100, t(400)=0.04$ Also, for $f(n)=n !$ $$f(3)=6, f(5)=120, f(10)=3628800, f(20)=2432902008176640000$$ Thus, $$t(3)=0.0006, t(5)=0.012, t(10)=362.88, t(20)=243290200817664$$
Finally, we fill out the table, which gives us: $$f(n)=n^{2} : f(3)=9, f(5)=25, f(10)=100, f(20)=400$$ Thus, $t(n)=0.0001 * f(n) : t(3)=0.0009, t(5)=0.0025, t(100)=0.0100, t(400)=0.04$ Also, for $f(n)=n !$ $$f(3)=6, f(5)=120, f(10)=3628800, f(20)=2432902008176640000$$ Thus, $$t(3)=0.0006, t(5)=0.012, t(10)=362.88, t(20)=243290200817664$$