I'll guess the answer is <em>you can tell that pi is an irrational because it has a </em>non-terminating yet non-repeating decimal representation.<em>
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Of course it's not clear how we tell this. We can't know for sure just by looking at the first trillion digits we've figured out whether it repeats or not. Someone told us it didn't, that's really how we know.
Answer:
<em>16 -> 15/20 -> 0.65 -> -7/25</em>
Step-by-step explanation:
<u>Why?</u>
Most of the numbers in the set are rational where there is only ONE nature number which is 16 and it's the greatest. Comes after is 15/20 which equals .75 and it's obviously larger than 0.65 which will come after. The negative number is the smallest so it goes last :)
Answer:
x must be greater than -53/14
(im not 100% sure but i think this is correct)
Answer:
6 minutes
Step-by-step explanation:
1 minute times six
