WebAug 6, 2013 · How drawbridges worked. Classical, medieval drawbridges worked via the simple principle of counterweight, with large wood and metal bridges pivoted via a series of balancing weights in a castle’s gatehouse. The weights, which were attached to the bridge’s lifting chains, enabled the platform to be raised via a windlass, which in turn ... WebExample - Moment with Horizontal Beam/Drawbridge. The total weight - or resultant force - of a 10 m HE-B 340B steel beam with continuous mass 134 kg/m can be calculated as. F = (134 kg/m) (9.81 m/s 2) (10 m) = 13145 …
Drawbridges: Definition, Design & Types Study.com
WebDec 8, 2024 · The drawbridge is a routine, minimal, defense (drawn up nightly for example) intended against attack mainly to provide time to lower the inner portcullis. The fortification is the headquarters of the defender's … WebThe drawbridge could be lowered or raised using ropes or chains attached to a windlass in a chamber in the gatehouse. Some form of bascule can usually be found for heavier … gayla harris md knoxville tn
Ch. 9 Problems & Exercises - College Physics OpenStax
WebChapter 9, Problem 12PE. Suppose the weight of the drawbridge in Figure 9.34 is supported entirely by its hinges and the opposite shore, so that its cables are slack. (a) … WebThe weight of the bridge is proportional to the length, the torque quickly becomes problematic as the length extends, thus it is better to have 2 opposing drawbridges than a single twice as long. Thus there is a limit to the gap your drawbridge can reasonably span. WebThe weight of the bat acts along a line 60 cm (or 0.60 m) to the right of O. Determine the force and torque exerted on the bat by the player. The first condition of equilibrium is that the sum of all the forces must be zero. F ext = w. ... . Unfortunately his aide lowered the drawbridge too far and finally stopped it 20.0o below the horizontal ... gayla harrison attorney ottumwa ia