To simplify the expression \(4^{13} \div 3^{-5}\), we can first simplify each part separately.
We have \(4^{13}\), which means 4 multiplied by itself 13 times, and \(3^{-5}\), which means 1 divided by \(3^5\) (since a negative exponent indicates reciprocal).
First, let's deal with \(3^{-5}\):
\(3^{-5} = \frac{1}{3^5}\)
Now, let's deal with the division. Dividing by a fraction is the same as multiplying by its reciprocal. So we can write the expression as multiplication by the reciprocal of \(3^{-5}\):
\(4^{13} \div 3^{-5} = 4^{13} \times \frac{1}{3^{-5}}\)
And now, applying the reciprocal:
\(4^{13} \times 3^5\)
This can't be simplified further in terms of exact integer values unless we want to actually calculate the values of \(4^{13}\) and \(3^5\), which would result in an extremely large number. However, usually, we leave the expression in the exponential form to represent the exact value, which is:
\(4^{13} \times 3^5\)
This expression shows the simplified form of the original division problem. If you need the decimal or fractional form, you would have to calculate the values of \(4^{13}\) and \(3^5\) and then multiply them together.