Which effect allowed Roman torsion siege weapons to achieve projectile ranges beyond contemporary trebuchets?

💡 Explanation

When wound tightly, twisted sinew bundles store considerable elastic potential energy which, upon release, is transferred to the projectile, achieving higher energies than trebuchets despite their mechanisms. Therefore amplifying force resulted, rather than drag reduction or launch angle optimization which provide proportionally smaller gains.

• Which outcome primarily resulted from repeated heating and hammering of copper during ancient bronze tool forging?
• Which mechanical vulnerability increased collapse risk when Romans undermined enemy city walls during sieges?
• Which advantage did medieval Islamic engineers gain by applying algebraic methods to water distribution system design?
• Which outcome occurred in arsenic bronze metallurgy when tin purity decreased during the early Bronze Age?
• Which navigational benefit did accurate algebraic solutions to spherical trigonometry provide to mariners using the Kamal device?
• Which diffusion-based mechanism enabled ancient bloomery furnaces to produce wrought iron from iron ore?