This is a classic riddle that has been circulating online for years. It’s a great way to test your logic and problem-solving skills.
The image depicts a seemingly simple scenario: five individuals, labeled A through E, are positioned on a series of platforms. Person E is about to push a large stone down a hill. The question that begs to be answered is: Who dies if ‘E’ pushes the stone?
To solve this riddle, you need to consider the potential chain reactions that could occur. The stone’s momentum and the precarious positions of the individuals create a domino effect waiting to happen.
Here are some possible scenarios to ponder:
Scenario 1: D and C die.
The stone could knock over the seesaw, causing it to fall on C and D, leaving B and A unharmed.
Scenario 2: D, C, and E die.
As per the above interpretation if both D and C are killed, then it is highly likely that the first stone pushed by “E” hits the balance, thereby, causing other stones on the balance to jump upwards and hit E in the end. So, by pushing down one stone, D, C, and E – three are killed. However, this is possible only if the first rock was heavy enough to fling the big rock on the other side of the seesaw.
Scenario 3: D, C, and B die.
The stone could knock over the seesaw, causing it to fall on C and D, and the momentum could also knock B off the platform, leaving A safe.
It may also happen that the second stone on the balance surge upwards and hits “B” instead of “E”. If this is true, then there will be three casualties – D, C, and B. But, this is possible only if the rock is heavy enough!
Scenario 4: Only D dies.
The stone could roll down the hill and crush D, leaving the others unscathed.
There’s also a possibility that all four people (D, C, B, and A) die. The stone could create a chain reaction, knocking over the seesaw, causing a domino effect that ultimately leads to A’s death.
This riddle encourages you to think critically about cause and effect. It’s not just about the immediate impact of the stone but also the potential consequences that ripple through the system.
What do you think the outcome will be? Let us know your answer in the comments below!
Share this riddle with your friends and see if they can figure it out!