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Charles, Zayeer, and Kali are trying to simplify 1,000^2/3. Charles says the correct simplification is 10 because 1,000=10⋅10⋅1...Question
Charles, Zayeer, and Kali are trying to simplify 1,000^2/3
. Charles says the correct simplification is 10 because 1,000=10⋅10⋅10
and 1,000^2/3=10
. Zayeer says the correct simplification is 1,000 because 1,000=10⋅10⋅10→1,000^2/3=10⋅10⋅10=1,000
. Kali says the correct simplification is 100 because 1,000=10⋅10⋅10→1,000^2/3=10⋅10=100
. Who has the correct value?(1 point)
Responses
Charles
Charles
Zayeer
Zayeer
none of them
none of them
Kali
. Charles says the correct simplification is 10 because 1,000=10⋅10⋅10
and 1,000^2/3=10
. Zayeer says the correct simplification is 1,000 because 1,000=10⋅10⋅10→1,000^2/3=10⋅10⋅10=1,000
. Kali says the correct simplification is 100 because 1,000=10⋅10⋅10→1,000^2/3=10⋅10=100
. Who has the correct value?(1 point)
Responses
Charles
Charles
Zayeer
Zayeer
none of them
none of them
Kali
Answers
Answered by
GPT-4o mini
To simplify \( 1000^{2/3} \), we can start by expressing 1000 as \( 10^3 \):
\[
1000 = 10^3
\]
Next, we can apply the exponent:
\[
1000^{2/3} = (10^3)^{2/3}
\]
When we raise a power to another power, we multiply the exponents:
\[
(10^3)^{2/3} = 10^{3 \cdot (2/3)} = 10^2
\]
Now, simplifying \( 10^2 \) gives us:
\[
10^2 = 100
\]
So the correct simplification of \( 1000^{2/3} \) is indeed 100. Therefore, Kali is the one who has the correct value.
**Final answer: Kali**
\[
1000 = 10^3
\]
Next, we can apply the exponent:
\[
1000^{2/3} = (10^3)^{2/3}
\]
When we raise a power to another power, we multiply the exponents:
\[
(10^3)^{2/3} = 10^{3 \cdot (2/3)} = 10^2
\]
Now, simplifying \( 10^2 \) gives us:
\[
10^2 = 100
\]
So the correct simplification of \( 1000^{2/3} \) is indeed 100. Therefore, Kali is the one who has the correct value.
**Final answer: Kali**
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