Applicare la formula: $\frac{a^n}{a}$$=a^{\left(n-1\right)}$, dove $a^n/a=\frac{-57a^{10}b^8c^4}{-3a^4b^2c}$, $a^n=c^4$, $a=c$ e $n=4$

Applicare la formula: $\frac{a^m}{a^n}$$=a^{\left(m-n\right)}$, dove $a^n=a^4$, $a^m=a^{10}$, $a^m/a^n=\frac{-57a^{10}b^8c^{3}}{-3a^4b^2}$, $m=10$ e $n=4$

Applicare la formula: $\frac{a^m}{a^n}$$=a^{\left(m-n\right)}$, dove $a^n=b^2$, $a^m=b^8$, $a=b$, $a^m/a^n=\frac{-57a^{6}b^8c^{3}}{-3b^2}$, $m=8$ e $n=2$

Applicare la formula: $\frac{ab}{c}$$=\frac{a}{c}b$, dove $ab=-57a^{6}b^{6}c^{3}$, $a=-57$, $b=a^{6}b^{6}c^{3}$, $c=-3$ e $ab/c=\frac{-57a^{6}b^{6}c^{3}}{-3}$