Energy Cell Placement and Functions

The video tutorial follows a human cannonball act that involves flying through rings of fire and catching a trapezist. The cannon, designed by an eccentric mentor, is sabotaged, requiring a quick fix. The tutorial explains the mechanics of the cannon, focusing on energy cell distribution across two levels. The solution involves determining the correct number of energy cells to ensure a successful launch. The video guides viewers through a logical process of elimination to solve the puzzle, ensuring the act's success and hinting at the saboteur's identity.

What is the main act of the human cannonball?

• Jumping over hurdles

• Flying through rings of fire and catching a trapezist

• Diving into a pool

• Riding a unicycle

What was the issue discovered during the pre-flight test?

• The cannon was out of fuel

• The trapezist was missing

• The power was increased to the maximum

• The cannon was misaligned

How many energy cells are required on each side of the cannon?

• 11

• 9

• 12

• 10

What is the relationship between the energy cells in the upper and lower levels?

• The upper level has three times as many as the lower

• The upper level has the same number as the lower

• The upper level has half as many as the lower

• The upper level has twice as many as the lower

What is the first step in solving the energy cell puzzle?

• Calculate the total number of cells

• Narrow down the options based on rule 3

• Inspect the cannon for damage

• Check the power settings

Why must the total number of energy cells be a multiple of 3?

• To match the number of chambers

• To ensure even distribution

• Due to the requirement of twice as many cells in the upper level

• Because the cannon has three levels

Why was the option of 36 total cells eliminated?

• It was too few for the upper level

• It required empty chambers on the lower level

• It exceeded the power limit

• It was not a multiple of 3

What configuration was finally chosen for the energy cells?

• 33 cells

• 30 cells

• 27 cells

• 24 cells

Where should the '2' energy cell be placed in the lower level?

• In any chamber

• In the center

• In a corner chamber

• In a middle chamber

What was the final outcome after placing the energy cells correctly?

• The trapezist was injured

• The act proceeded successfully

• The act was canceled

• The cannon failed to launch