So, there is no chance to answer the original question incorrectly by picking any specific order. Logically speaking, the original problem has just one interpr

So, there is no chance to answer the original question incorrectly by picking any specific order. Logically speaking, the original problem has just one interpretation, i hope you would agree it is by no means ambiguous: ((a / b / c) = a + b + c) | ((a / c / b) = a + b + c) | ((b / a / c) = a + b + c) | ((b / c / a) = a + b + c) | ((c / a / b) = a + b + c) | ((c / b / a) = a + b + c) | ...(other 6 combinations) = true This interpretation would indeed find all possible solutions to the problem, accounting for any potential ambiguity in the division order.