@ALETH_EER@tymboyszn@PBalian11 tetration is a value, and the same goes for exponential shorthand expression. There is a huge difference between a value and a number. At least you got it right with 1781 and your other two creative answers have a higher ‘value’, but need to be computed to be a number
@ALETH_EER@tymboyszn I applaud your critical thinking. Think of it like this… how could you possibly take any number and raise it to a power of @? You can’t. The ‘at’ symbol is not a number. Once you take a number, raise it to the power of another # its only a value: becomes a number once computed.
@ALETH_EER@tymboyszn read the question. @tymboyszn specifically asked what is the highest number that can be created. You have conflated a shorthand computation with a number. Your graphing calculator will give you an exponent b/c of screen size but it is not a number but rather has numerical value.
@tymboyszn Move the bottom horizontal and middle horizontal matchstick from the three and it turns into a seven and place them after the age in a vertical position stacked on top of each other and you get 1781
@farman4x 4 is the answer. PEMDAS does apply most of the time, but the sq root and double SR are redundancies that must be solved individually before you simplify the fraction 12/3=4
@Airaasayss Depending on thread count, technically there could be millions if not Billions on a microscopic level @elonmusk but I’m gonna stick with my initial answer which is 16. Come on guys you gotta think outside the box! Or rather in this case think outside the hole
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