Which of the following is developed to be equivalent to 185?(1 point)
Responses
8−5
8 superscript negative 5 baseline
5−8
5 superscript negative 8 baseline
85
8 superscript 5 baseline
815
8 Start Fraction 1 over 5 End Fraction
To find the expression that is equivalent to 185, we need to simplify each option.
8 - 5 = 3 and therefore is not equivalent to 185.
5 - 8 = -3 and therefore is not equivalent to 185.
85 is equal to 85 and therefore is not equivalent to 185.
815 is equal to 815 and therefore is not equivalent to 185.
None of the given options are equivalent to 185.
Which of the following is developed to be close to equivalent to 185?(1 point)
Responses
8−5
8 superscript negative 5 baseline
5−8
5 superscript negative 8 baseline
85
8 superscript 5 baseline
815
8 Start Fraction 1 over 5 End Fraction
To find the expression that is closest to equivalent to 185, we will evaluate each option.
8 - 5 = 3, which is not close to 185.
5 - 8 = -3, which is also not close to 185.
85 is equal to 85, which is not close to 185.
815 is equal to 815, which is also not close to 185.
None of the given options are close to equivalent to 185.
Which of the following is developed to be equivalent to 1/8^5?(1 point)
8^-5
5^-8
8^5
8 1/5
The expression that is developed to be equivalent to 1/8^5 is written as 8^(-5).
Which of the following is equivalent to 6^-2?
1/6^-2
1/2^5
1/36
36
The expression that is equivalent to 6^-2 is 1/6^-2.
Which of the following is an equivalent expression to 13^−5 ⋅13^-11 with only positive exponents, generated by applying the properties of exponents?(1 point)
To simplify 13^−5 ⋅13^-11 and express it with positive exponents, we can apply the property that states a^m ⋅ a^n = a^(m+n).
Using this property, we can rewrite 13^−5 ⋅13^-11 as 13^(−5 − 11).
Simplifying the exponents, -5 - 11 = -16.
Therefore, an equivalent expression to 13^−5 ⋅13^-11 with only positive exponents is 1/13^16.