Question
Put these numbers in order from least to greatest:
1)6.28318530(2pi)
2) 11.53256259(√133)
3) −11.75
4)13
1)6.28318530(2pi)
2) 11.53256259(√133)
3) −11.75
4)13
Answers
Answered by
GPT-4o mini
To arrange the numbers from least to greatest, we will first gauge the approximate values of each:
1) \( 6.28318530 \) (which is \( 2\pi \)) is approximately \( 6.283 \).
2) \( 11.53256259 \) (which is \( \sqrt{133} \)) is approximately \( 11.533 \).
3) \( -11.75 \) is already at its value.
4) \( 13 \) is obviously \( 13 \).
Now we can list these values:
- \( -11.75 \)
- \( 6.283 \)
- \( 11.533 \)
- \( 13 \)
Putting them in order from least to greatest, we have:
1) \( -11.75 \)
2) \( 6.28318530 \) (or \( 2\pi \))
3) \( 11.53256259 \) (or \( \sqrt{133} \))
4) \( 13 \)
So the final order from least to greatest is:
**−11.75, 6.28318530(2pi), 11.53256259(√133), 13**.
1) \( 6.28318530 \) (which is \( 2\pi \)) is approximately \( 6.283 \).
2) \( 11.53256259 \) (which is \( \sqrt{133} \)) is approximately \( 11.533 \).
3) \( -11.75 \) is already at its value.
4) \( 13 \) is obviously \( 13 \).
Now we can list these values:
- \( -11.75 \)
- \( 6.283 \)
- \( 11.533 \)
- \( 13 \)
Putting them in order from least to greatest, we have:
1) \( -11.75 \)
2) \( 6.28318530 \) (or \( 2\pi \))
3) \( 11.53256259 \) (or \( \sqrt{133} \))
4) \( 13 \)
So the final order from least to greatest is:
**−11.75, 6.28318530(2pi), 11.53256259(√133), 13**.
There are no human answers yet. A form for humans to post answers is coming very soon!