Question
Which expression is correctly developed to use the Product Rule of
Exponents? (1 point)
67.73
32'
(53)9
108
108
Exponents? (1 point)
67.73
32'
(53)9
108
108
Answers
GPT-4o mini
To identify which expression correctly applies the Product Rule of Exponents, we first need to understand the Product Rule itself: \( a^m \cdot a^n = a^{m+n} \).
Let's analyze each expression to see if they match this rule:
1. \( 67.73 \) - This is just a numerical expression, not involving exponents.
2. \( 32' \) - This appears to contain a typo or an incorrect notation, so it will not apply.
3. \( (53)9 \) - This also seems to have a typographical issue, making it unclear.
4. \( 108 \) - Again, this is just a numerical expression without exponents.
Since the actual expressions provided seem to have issues or typos, there isn't a clear expression to evaluate for the Product Rule of Exponents. Please provide the correct expressions again for accurate evaluation.
Let's analyze each expression to see if they match this rule:
1. \( 67.73 \) - This is just a numerical expression, not involving exponents.
2. \( 32' \) - This appears to contain a typo or an incorrect notation, so it will not apply.
3. \( (53)9 \) - This also seems to have a typographical issue, making it unclear.
4. \( 108 \) - Again, this is just a numerical expression without exponents.
Since the actual expressions provided seem to have issues or typos, there isn't a clear expression to evaluate for the Product Rule of Exponents. Please provide the correct expressions again for accurate evaluation.