2x2=4,2+2=4 and 2^=4. That seems three different ways to notate that equation. Could one also notate it this way as well. 4=2x2,4=2+2 and 4=2^? Therefore there are six ways to see this notation? pljames
Aren't the last three the same as the first three? Does something like \(\left[4\left(\sqrt{\frac{1}{4}}\right)\right]^{\sqrt{4}}=4\) count? If so then there are an infinite no. of ways to notate it.
