Write $2^3$ divided by $2^6$ using a positive exponent.

What is the value of $5^{-2}$, written as a fraction?

What is the value of $2^{-3}$, written as a fraction?

Write $9^3$ divided by $9^7$ using a positive exponent.

What is the value of $7^{-3}$, written as a fraction?

Rewrite $8m^{-4}$ using only positive exponents.

Simplify $4r^0$, where r is not 0.

What is the value of $(5/4{)}^0$?

Rewrite $3b^{-4}$ using only positive exponents.

What is the value of $3^{-2}$, written as a fraction?

Simplify $5a^0{b}^{-2}$, where a and b are not 0.

What is the value of $(-9{)}^0$?

What is the value of $6^{-4}$, written as a fraction?

Which expression is equal to 1?

Simplify $7t^0$, where t is not 0.

What is the value of $5^{-4}$, written as a fraction?

Write $8^2$ divided by $8^6$ using a positive exponent.

Simplify $2x^0$, where x is not 0.

Simplify $x^3\cdot x^{-3}$, where x is not 0.

Write $6^4$ divided by $6^7$ using a positive exponent.

Simplify $6p^0$, where p is not 0.

Rewrite $3/y^{-4}$ using only positive exponents.

Rewrite $7p^{-5}$ using only positive exponents.

What is the value of $4^{-3}$, written as a fraction?

Write $2^3$ divided by $2^8$ using a positive exponent.

Rewrite $3p^{-2}$ using only positive exponents.

Write $9^3$ divided by $9^6$ using a positive exponent.

What is the value of $5^{-3}$, written as a fraction?

What is the value of $6^{-3}$, written as a fraction?

Rewrite $2k^{-5}$ using only positive exponents.

What is $10^{-4}$ written as a decimal?

Rewrite $5y^{-4}$ using only positive exponents.

What is the value of $3^{-4}$, written as a fraction?

Rewrite $5r^{-2}$ using only positive exponents.

Write $8^3$ divided by $8^8$ using a positive exponent.

What is the value of $7^{-2}$, written as a fraction?

What is the value of $(2/9{)}^0\cdot 9$?

Rewrite $4r^{-3}$ using only positive exponents.

Rewrite $4t^{-3}\cdot 3t^5$ using only positive exponents.

What is the value of $6^{-2}$, written as a fraction?