At first glance, the situation looks complicated, but if you carefully follow the path of the stone, the answer becomes clear.
When person E pushes the stone, it rolls down the slope due to gravity. As it reaches the bottom, it lands on the right side of the seesaw-like mechanism. This added weight forces that side down, causing the opposite side to rise.
However, the key detail is the set of spikes attached to the mechanism. When the right side drops, the spikes move downward toward the person lying beneath it.
As a result, the person labeled C is directly in the path of the descending spikes and has no way to escape.
Meanwhile, the other individuals are either out of the stone’s path or protected by barriers and positioning, so they remain unharmed.
Final Answer: C will die.
