Martian Manhunter amped his size to barrel through hundreds of incomplete Amazos. We will use Manhunter’s force per unit area to estimate the super-strength of his amp.

NUMBER CRUNCHING

In our Shazam power level wiki, we calculated Martian Manhunter’s super-strength when stopping the Brainiac Mothership from crashing to Earth with Superman. Importantly, Manhunter’s super-strength was 1.0229017*10²⁸ N. At over 2 m in height and 1 m in width, we can calculate Manhunter’s force per unit area.

(1.0229017*10²⁸ N)/(2.0066000000000001613 m²) = 5.0976861e+27 N/m² = 7.3935686 × 10²³ psi.

In this article issue, Martian Manhunter amps his size to roughly 20 feet tall. At 6’7” tall, J’onn weighs 136 kg. Let’s use the square cube law to find his new mass. First, we calculate his density.

Density = m/V = (136 kg)/(2.0066000000000001613 m² * 0.5 m) = 135.552676169 kg/m³.

A₂ = A₁(l₂/l₁)² =(2.0066000000000001613 m²) (6.096 m/2.0066000000000001613 m)² = 18.5194936709 m².

Then, we can find Martian Manhunter’s super-strength at 20 feet tall.

Super-strength = (Force per unit area)(A₂) = (5.0976861e+27 N/m²)(18.5194936709 m²) = 9.4406565e+28 N.

SUPER-STRENGTH

Martian Manhunter generated 9.4406565*10²⁸ N of force in order to amp himself to 20 feet tall in size. In order to amp himself, Martian Manhunter had to generate a Solar System-Level of Super-Strength.