"As many Seans as a Sean Bean could bean, if a Sean Bean could bean Seans!"
"As many Seans as a Sean Bean could bean, if a Sean Bean could bean Seans!"
1. Sean Power is the innate Sean Bean intensity.
2. Beaning Efficiency depends on the Sean-to-Bean resonance.
3. Available Seans is the number of Seans within beaning range.
Thus, the result is directly proportional to the Sean Bean constant (𝑆𝐵) and the Sean density (𝑆𝐷).
1. Sean Power is the innate Sean Bean intensity.
2. Beaning Efficiency depends on the Sean-to-Bean resonance.
3. Available Seans is the number of Seans within beaning range.
Thus, the result is directly proportional to the Sean Bean constant (𝑆𝐵) and the Sean density (𝑆𝐷).
Seans beaned = Sean Power × Beaning Efficiency × Available Seans
Seans beaned = Sean Power × Beaning Efficiency × Available Seans