Simplify $6t^3/(2t^9)$, using only positive exponents.

Simplify $(5k^3{)}^3\ast 2k^2$.

Simplify $(3y^2{)}^3\ast 5y^2$.

Simplify $(3x^3{y}^4{)}^3/(3x^{2}y)$.

Simplify $20n^3/(5n^9)$, using only positive exponents.

Simplify $18b^4/(6b^8)$, using only positive exponents.

Simplify $6k^2/(3k^7)$, using only positive exponents.

Simplify $(2x^3{y}^3{)}^3/(2x^{2}y)$.

Which rule applies FIRST when simplifying $(x^2\ast x^4)/x^5$?

Simplify $12h^4/(6h^9)$, using only positive exponents.

Simplify $(5a^4{)}^2/a^2$.

Simplify $(2r^3{)}^3\ast 4r^4$.

Simplify $(2p^3{q}^4{)}^3/(2p^{2}q)$.

Simplify $m^4/m^{10}$, using only positive exponents.

Simplify $(2x^4{)}^3/x^5$.

Simplify $w^4/w^7$, using only positive exponents.

Which rule applies FIRST when simplifying $(h^3\ast h^5)/h^6$?

Which rule applies FIRST when simplifying $(x^2\ast x^5)/x^3$?

Which rule applies FIRST when simplifying $(2k^4{)}^2/k^2$?

Simplify $24r^2/(4r^6)$, using only positive exponents.

Simplify $(3x^4{)}^3/x^2$.

Simplify $(3w^2{)}^3\ast 2w^3$.

Which rule applies FIRST when simplifying $(6k^3{)}^2/k^2$?

Simplify $(2p^3{q}^2{)}^3/(2p^{2}q)$.

Simplify $r^2/r^6$, using only positive exponents.

Simplify $20p^3/(4p^6)$, using only positive exponents.

Simplify $m^3/m^5$, using only positive exponents.

Simplify $(5m^4{)}^3/m^2$.

Simplify $a^6/a^9$, using only positive exponents.

Simplify $t^5/t^{11}$, using only positive exponents.

Simplify $(2y^3{)}^3\ast 5y^2$.

Simplify $t^5/t^7$, using only positive exponents.

Simplify $(3r^3{s}^2{)}^3/(3r^{2}s)$.

Simplify $x^3/x^{10}$, using only positive exponents.

Simplify $(3b^4{)}^3/b^5$.

Simplify $24k^2/(4k^9)$, using only positive exponents.

Which rule applies FIRST when simplifying $(6w^4{)}^3/w^3$?

Simplify $(4n^4{)}^2/n^3$.

Simplify $(2c^4{d}^2{)}^3/(2c^{2}d)$.

Simplify $(5w^4{)}^2\ast 3w^4$.