Oops, K Mich has blocked me.
KMich, I asked free Chat GPT a Pi powering question. Pi^4 = 97.4090910...
1} GPT....' No, the statement "Pi^4 = 97.4090910... is not correct. The value of pi raised to the power of 4 is approximately 97.40909103. '
2} Ebuc.... Pi^4 = 40909103 approximately. Pi^3 is 3 Dimensional resultant. Pi^4 minus Pi^3 = 66.4. Correct?
3} GPT... ' No, that is not correct. Pi^4 is approximately 97.40909103. Pi^3 is a three-dimensional concept and does not have a specific numerical value. Therefore, the operation of subtracting Pi^3 from Pi^4 does not make mathematical sense. '
So in the 2nd response, GPT says Pi^3 is a 3-diemensional concept and does not a specific numerical value. Yet, GPT had no problem in its first response in adding a 3 onto first question ---not shown above---. So I took GPTs Pi^4 resultant, yet it refuses to give a Pi^3 resultant. That seems a little strange. Why is Pi^4 get a valid resultant, yet no valid resultant with Pi^3?
4} Eb.. Pi^4 = 97.40909103. Pi^3 = 31.0062766. 97.40909103 minus 31.00627668 = 66.40281435?
5} GPT...' No, that is not correct.
Let's calculate the values correctly:
Pi^4 = (approximately) 97.40909103 Pi^3 = (approximately) 31.00627668
Now, let's subtract Pi^3 from Pi^4:
97.40909103 - 31.00627668 = (approximately) 66.40281435
So, the difference between Pi^4 and Pi^3 is indeed approximately 66.40281435.
6} Eb...Why is Pi^4 not a 4 dimensional resultant 97.40909103 approximately?
So previously---see #1 above--- GPT stated that Pi^4 is 97.0909103 approximately, and here below it wants to extend to 97.409091034002423.
that resultant from what it itself presented previously in order to avoid dimensional validity. That is inconsistency and if it were human I would say their just moving the goal line to save face/ego, yet GPT does not have an ego.
7} GPT....The value of Pi raised to the power of 4 (Pi^4) is not equal to 97.40909103.
Pi^4 can be calculated by multiplying Pi by itself four times: Pi * Pi * Pi * Pi. This results in approximately 97.409091034002423. Therefore, the exact value of Pi^4 is not exactly 97.40909103.
It's important to note that Pi^4 is not a 4-dimensional resultant. The concept of exponentiation does not directly relate to dimensions. Instead, it represents repeated multiplications of a number by itself. In this case, Pi^4 represents the result of multiplying Pi by itself four times.
So went back and quote GPT' own comments of truncated Pi resultant twice and do not accept their comments as stated --human ego in a GPT?---- see as follows
GPT... "
I apologize if there was any confusion, but Pi (π) is an irrational number and cannot be expressed as a finite decimal. It is approximately equal to 3.14159 (rounded to five decimal places), and the value you provided (97.40909103) is not correct. Please let me know if there's anything else I can assist you with.
Ebuc..and recall above on #5, GPT agreed with me with a finite value for 66.40 etc