A seemingly simple image has been circulating online, claiming that 99% of people cannot find the correct answer. At first glance, it looks like a fun combination puzzle using everyday objects such as boots, refrigerators, and milk bottles. However, a closer look reveals that it requires careful observation, attention to detail, and correct use of basic arithmetic rules.
Overview of the Puzzle
The image presents four rows of equations, each using illustrated objects instead of numbers:
- Pairs of boots
- Cartoon-style refrigerators
- Bottles of milk
Each object represents a hidden numerical value, and the goal is to deduce the final missing value in the last equation.
Step-by-Step Breakdown
1. First Equation: Boots
- Three identical pairs of boots add up to 30
- Calculation:
- 30 ÷ 3 = 10
- One pair of boots = 10
- One single boot = 5
2. Second Equation: Refrigerators and Boots
- Two refrigerators plus one pair of boots equal 20
- Substitute the known value:
- 20 − 10 = 10
- 10 ÷ 2 = 5
- One refrigerator = 5
3. Third Equation: Milk Bottles and Refrigerator
- Two pairs of milk bottles plus one refrigerator equal 17
- Substitute refrigerator value:
- 17 − 5 = 12
- Two pairs of bottles = 12
- One pair of milk bottles = 6
- One single milk bottle = 3
Important Detail to Notice
- In this row, the refrigerator is holding two bottles, visually indicating an added value.
- This means the refrigerator’s value is combined with the bottles it carries.
4. Final Equation: Order of Operations Matters
The last equation shows:
- One single boot + (one refrigerator holding bottles × one single milk bottle)
Key observations:
- Single boot = 5
- Refrigerator alone = 5
- Refrigerator holding two bottles:
- 5 + (2 × 3) = 11
- Single milk bottle = 3
Final Calculation
- 11 × 3 = 33
- 33 + 5 = 38
Final Answer
- The correct answer is 38
Why Most People Get It Wrong
- Ignoring the difference between single items and pairs
- Overlooking extra objects held by the refrigerator
- Forgetting the order of operations (multiplication before addition)
This puzzle demonstrates how visual distractions and small details can significantly affect logical reasoning. It is a reminder that even simple-looking problems demand careful analysis.
