that's what i originally thought of using but I'm not sure if that will allow for the range of difference in length on both sides that provides leverage. if i thought that would work i wouldn't be asking for help
i was thinking that first i would use a free-body diagram to break down the individual components( for both lever and sling mechanism) then i can work out the force required to move the projectile which i can then subtract from the force exerted by the counter-weight as energy lost , then once i...
The sling is not treated as a lever, the trebuchet is basically a lever that in turn powers a sling, thus accelerating the projectile at a massive rate.
I know the torque that counter-weight undergoes and the transfer of energy is a key to solving the problem but I'm having trouble adjusting to that a trebuchet is both a lever and a sling and I'm not sure what calculations are needed to do this.
I'm only given the measurements of the trebuchet, counter-weight, & Projectile, I don't need the problem solved for me I just need an outline of the procedure in calculating the velocity at which the projectile will be launched at.
Ok, so for my high school physics assignment i need to analyse the physics of a trebuchet but i need help calculating the velocity at which the projectile would be launched when released, can you please give me a detailed outline of the procedure including all formulas used?