If you use a steel cable instead of a bungee cord to jump off a bridge, then you would hit the end of the cable at a greater impact than you would with something made of elastic which forces your back up at the end or point of impact. It is all about BOUNCING!
Ice will break rather then bend
For example: would you rather do _____ or ______?
when energy is derived from oxygen in air being breathed in, rather than from oxygen already dissolved in the blood (or rather, bound to haemoglobin in the blood). I.e. a longer-term exercise like jogging, rather than a sudden surge of activity like a sprint.
yeahh..
Being bouyant.
The answer: Small stretch means small stopping time means greater force. Ouch!
"Jumper Parking" is when you have a Jumper hanging on one pin for safe keeping, rather than using it to turn a Jumper Setting on.
If you want to bungee jump safely, then I would suggest doing it at a permanent station rather than a traveling place such as at a fair or something. You will then get in line at the bungee jumping event. Then they will strap some proper safety straps on you and you will jump from a platform.
Adrenaline Dreams http://www.adrenalindreams.com/gallery7.htm is one website that sells bungee jumping equipment. Another site that sells equipment is http://www.bungee-expeditions.com/swag-and-equipment-sales.html If you are not experienced with bungee jumping, it would probably be best for you to find a company that provides jump experiences rather than try to outfit yourself and try bungee jumping unsupervised.
Without a calculus explanation; you can say that the only forces that act on a bungee jumper is F(gravity), and F(rope), and friction. F(gravity) is the force of gravity that pulls the jumper down F(rope) is the force of the rope that is tension that will later keep the jumper from slamming into his death and friction, due to the air. The formula for free fall acceleration is delta y = (vinitial)(t) + (1/2)g(delta t)^2 (which only happens when, hopefully never happens, the bungee rope breaks and you are no longer attached, yikes!). Aww, no "advanced" calculus? Maybe a little basic calculus, or rather algebra, or none at all. The F(rope) mentioned above is not actually a constant force, since it results from the elastic bungee attached to the jumper. The force is actually proportional to the distance it is stretched: F = -kx, negative being that the force is in the opposite direction of the displacement (i.e. you pull a spring left, the force pulls it back to the right). Since the force is not constant throughout the entire "trip" the force you experience is not constant, resulting in higher "g" force at the bottom of the fall, and instantaneous free fall at the top of the recoil. Ok, maybe a little calculus to satisfy me and other people who may be interested in the Calculus. There is still time to hit the back button. Alrighty, Since you are falling, there is a change in potential energy due to gravity: delta U. Since U = -W, and W = integral (F x dx ), W = integral (-kx dx) (from above equation), which integrates to (1/2)kx2, therefore U = -(1/2)kx2. Using this equation, you can find the period of oscillation for this dampen oscillation (since energy is lost to heat and gravity does work on the system). That wasn't so bad was it?
A BASE jumper is a person who engages in BASE jumping - a parachute jump from a fixed point rather than from an aircraft - typically a tall building, high bridge, or rock formation.
rather
The Elastic Clause significantly empowers the legislative branch, rather than the judicial branch. The clause is found in Article One of the U.S. Constitution.
Look for garments that feature wide or padded straps instead of skinny cord-type straps that cut into your flesh. Look for garments with wide elastic bands rather than thin elastic, and choose draping rather than tight garments.
Bungee jumping off the bridge was a daunting task, but I went ahead and did it.
Rather depends on the tensile strength of the elastic material. Sponge rubber or a jello will support quite a weight. There is no exact answer to this question.
Inherent powers. Both terms mean 'authority and power that is not explicitly stated, but is rather derived as a result of situation and righteousness'.