Do You Know Everything? Let's find out!

🍌-🍊-🍒=0 | 🥭=2 | 🍉=1 | 🍌=46

🍎-🥭-🍊=0 | 🍎=2 | 🍊=1 | 🥭=3

🍎-🥭-🍊=0 | 🍎=2 | 🍊=1 | 🥭=5

🍎-🥭-🍊=0 | 🍎=2 | 🍊=1 | 🥭=80

💢💢

So far it's ok👍

No

💀👍

>@*=,#@(##😡😡

IT'S HORRIBLE!!

2683.411

131344.19

Let's cover the equation \(6 \div 7 \times 9 + 63 \div 8 - 99 + 10 \times 40 + ??? = 3000\) in more detail, exploring each step of the calculation as we try to find the value of "? ??". First, we face the operation of division followed by multiplication: \(6 \div 7 \times 9\). Dividing \(6\) by \(7\) gives approximately \(0.857\), which is then multiplied by \(9\), giving an approximate value of \(7.714\). We then deal with another division operation: \(63 \div 8\), which gives us \(7,875\). After these initial calculations, we add the results obtained so far: \(7,714 + 7,875\), which results in \(15,589\). Continuing, we subtract \(99\) from \(15,589\), which gives us approximately \(-83,411\). This is where the first signs of something potentially wrong appear, as a subtraction should not lead to a negative value in this context. Then we multiply \(10\) by \(40\), resulting in \(400\). Adding all these known values, \(15,589 - 99 + 400\), we obtain \(316,589\). Now, it remains to find the value of "???" which, when added to \(316,589\), will result in \(3000\). The wrong answer that was previously proposed was \(131344.19\). If we add \(316,589\) to this wrong answer, we get \(316,589 + 131344.19 = 131660.779\), which is clearly not equal to \(3000\). Therefore, when reconsidering the calculations and checking the final result, it becomes evident that the answer previously provided was incorrect. This exercise highlights the importance of precision and attention to detail when solving complex equations like this.

00000000000.000000000000000