This is another perfect math puzzle that can be solved without even using a pen and paper! Paying attention to the details is the key to solve this fascinating Math puzzle!
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The correct answer is 333.
First, notice that the clocks show different times. The first two clocks show 9 and the third one shows 3. Then: \(9+9+3=21\)
The three calculators sum up to 30. So, each one represents number 10.
The third equation, each lamp represents number 15. \((15+15-15=15)\)
Now, let’s solve the last equation. The clock represents number 9. This calculator is different from the calculators in the second equation. The numbers in the previous calculators are 1, 2, 3, and 4. We know that the calculators represent number 10. So, \(1+2+3+4=10\)
The calculator on the last equation had numbers 1, 2, 2, and 4. So, the calculator represents number 9: \(1+2+2+4=9\)
Now, notice that the lamps on the last equation are different from the lamp in the third equation. That lamp has 5 bars on it, but these lamps have 4 bars on them. The lamp on the third equation represents number 15. So, 5 bars on the lamp represent 15. Then, each of the lamps with 4 bars represent \(12 \ (4×3=12)\).
Now, let’s solve the last equation.
\(9+9×3×12\)
Following the order of operation rule: \(9+9×3×12=9+27×12=9+324=333\)
