Using the property of negative integer exponents, we can convert the expression to positive exponents as follows:
3^-17/8^-14
= (1/3^17) / (1/8^14)
= (8^14) / (3^17)
Thus, the expression with positive exponents only is 8^14/3^17.
3^-17/8^-14
= (1/3^17) / (1/8^14)
= (8^14) / (3^17)
Thus, the expression with positive exponents only is 8^14/3^17.
Starting with the expression 3^-17/8^-14, we can rewrite it as:
1 / (3^17 × 1/8^14)
Now, to get rid of the negative exponents, we can move the base to the opposite side of the fraction and change the sign of the exponent to positive:
8^14 / 3^17
Therefore, an expression equivalent to 3^-17/8^-14 with positive exponents only is 8^14 / 3^17.
𝑎^−𝑛 = 1 / 𝑎^𝑛
Let's start by expressing the given expression with positive exponents using this rule:
3^(-17) / 8^(-14)
Since 3 is the base of the first term, and 8 is the base of the second term, we can rewrite the expression as:
(1 / 3^17) / (1 / 8^14)
Now, let's simplify further by applying the division rule:
1 / 3^17 * 8^14
According to the rule of multiplication of exponents, we can rewrite this expression as:
8^14 / 3^17
Therefore, the expression equivalent to 3^(-17) / 8^(-14) with positive exponents only is 8^14 / 3^17.