Of course you are aware that impact forces don grow linearly with weight and fall factor, but just with the square root of them?
Oh, BTW, good old Webster gives: 1ex-pe-ri-ence \ik-‘spir-e^–en(t)s\ n [ME, fr. MF, fr. L experientia act of trying, fr. experient-, experiens, prp. of experiri to try, fr. ex- + -periri (akin to periculum attempt) — more at FEAR]” “Moreover, most of these definitions relate to the use of the term as having a (single) experience, as opposed to being experienced in some practice or type of task, so it’s not surprising that most of them don’t apply to our discussion.” “By ‘100% of the time’ I was refering only to a comparison of two specific choices.” “In that scenario, his leader climbed a traversing lead, got solid gear at 10′ above the belay, then questionable gear 50′ above and 20 or 30 feet to the side of the belay. After climbing 10′ above the questionable gear, the leader falls and is injured.” “If it’s strength is under 600 pounds minus the loss due to the knot, minus loss due to wear and age, it is possible that the situation you mentioned (that you would go to the high piece,
Related Questions
- What factor should I use to take into account for impact loading, load acceleration, and the forces generated as the hoist brake stops the load?
- Of course you are aware that impact forces don grow linearly with weight and fall factor, but just with the square root of them?
- Which factor had th greatest impact on the fall of the Roman Empire?
