how long must a bungy cord sholud be?
954336
I looked it up for you - \n\nget the distance from your jump to the ground, then add 3 feet - that's your cord length...
1129101
however long the string is.
1107011
Can vary from 6 to 10 feet depending on manufacturer\nThe 48' C&C below only draws 6'
367553
A safe minimum anchor rode length in normal weather conditions is a 7 to 1 (rode length to depth) ratio, or 5 to 1 for an all chain rode. "Depth" in this case is the actual depth of the water at high tide, plus the height of the anchor hawser above the water's surface. (Scope = [water depth + hawser height] X 7). So if high water is 20 ft. deep, and your bow roller is 5 ft. above the water, you'll need to use at least 175 ft. (25 ft. X 7) of line-plus-chain anchor rode to anchor. It's a good idea to have your anchor rodes marked off in ten- or twenty-foot increments to facilitate reading rode length as you feed it out. If you anticipate a blow, a ten to one scope isn't too much to pay out. To the extent that harbor space permits, the heavy weather rule is the more scope the better! Remember that putting out too little scope is one of the most common mistakes skippers make when anchoring. Later, they wonder why their boat dragged up onto a lee shore during a squall!
1178400
If you are talking about in concrete then the distance should be sufficient to be inside the outer most rebar. Assuming the rebar is spaced the recommended 2" from the edge then the anchor bolts should be in 2" plus the diameter of the rebar and 1/2 the diameter of the anchor bolt.\n\nThis may or may not meet all codes but it is the minimum dimension for a good design.
729856
Y_0-Y_e-h is the stretch of the bungee (h is the distance from his ankles to his fingertips).\nEnergy stored in the bungee is stretch*k and this is = his change in potential energy =mg(Y_0-d) where d is distance from centre of mass to fingertips or difference in distance from center of mass to deck of bridge and center of mass to fingertips depending on how complicated you want to make things.  You have to discount losses in the bungee and air resistance.  Assuming that Y_0 and Y_e are >> h or d you have m=k(Y_0-Y_e)/g/Y_0 aproximately.
418942
You are a very bad clown!\nYou should have tied a string to it first and then kept pulling it away! Where's your creativity?\nAnd before anyone spazzes I,m kidding.
234129
5lb weight will make it a whole lot longer.Make sure to use something like yarn to tie it on with.If you use fishing line you could tear it off.Now just make sure to wear it at least 4 hours a day for 1 month.trust me You'll see a Big difference.
1031485
No.\n\nA chord can be any length that is less than (or equal to) the diameter of the circle.\n\nYou don't have enough information in your question.
49247
if its more than 4 inches thik
109056
5 feet, if I understand your question...
577001
i believe south africa is the best place. i did it there about 2 hours north east of capetown, an area called plat. that was only 200 ft though. i was told an hour away from there is another place which is the highest in the world. you actually completely free fall for 7 seconds before the bungee even begins to catch. best of all, -its really cheap. when i did it 2 summers ago it cost me 135 rand, which was about $13 american. party hard dude!
356544
Here are the different types of cabling and the maximum distance they can run:  \n\nUse a 10Base5 Thick Coaxial 500 meters\n  \n10BaseT Unshielded Twisted Pair 100 meters\n10Base2 Thin Coaxial 185 meters\n10Base5 Thick Coaxial 500 meters\n10BaseF Fiber Optic 2000 meters\n100BaseT Unshielded Twisted Pair 100 meters\n100BaseTX Unshielded Twisted Pair 220 meters
684908
About 1/30" of an inch, or 0.8 mm
617728
around 6"\n( 10-16cms )
770950
I use a tape measure for my shlong
201597
Well, the standard track gauge is 4' 8 1/2", so with ballast I would guess somewhere close to ten feet give or take.  However, it also depends on how wide the entire right-of-way is as well.