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I own a banshee bungee cord which is a bungee cord that slingshots you into the ocean the rubber cord broke in half how can i mend it back together?
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What are slingshots made of?
they are made of rubber and wood or plastic
What do you call a bungee jumper who is a thief?
a rubber bandit
What are slingshots made out of?
If you are talking about traditional ones, they most commonly consist of rubber, string, leather, and wood.
How can you connect DAV-DZ260 to Philips flattv?
With bungee cords and/or rubber bands.
What type of energy is stored in the rubber rope at the bottom of a bungee?
Elastic potential energy is stored in the rubber rope at the bottom of a bungee jump. This energy is then transformed into kinetic energy as the jumper is propelled upwards during the bounce.
How does the extension of a rubber band affect bungee jumping?
Extending a rubber band allows it to store more potential energy, which can provide a greater force to slow down the jumper during bungee jumping. This can lead to a smoother and more controlled descent. However, if the rubber band is extended too much, it may lose its elasticity and not provide enough resistance to safely decelerate the jumper.
Which of the following has elastic potential energy?
A stretched rubber band has elastic potential energy.
How can strain energy do work?
It can do alot of work. Eg. When you use a cannon launcher or slingshots. We pull it using the rubber and the stored energy pushes the cannon ball or rock and attacks.
Why did it get the name bungee jumping?
Because the first bungee jumps were done on giant versions of the common bungee cords that people use for everything from keeping an overstuffed trunk lid down, to attaching luggage to a luggage rack. They are called Bungee cords. The first jumps were done on large versions of those cords... 5/8" to-3/4" to- 1" inch diameter. Made primarily for the military for heavy duty applications such as attaching heavy equipment such as tanks to parachutes for equipment drops. So since the cords they did these first jumps from were called "bungee cords" they named the new activity "bungee jumping" Then about 8 yrs later after "bungee jumping" had caught on and had spread to the U.S. where the first commercial bungee jumping business had already taken off. Down under a New Zealander had decided to get in on the new craze and began trying to figure out a new system of cords to perform the same jumps. He found that you could buy the same latex rubber in bulk, that was the same as the rubber inside the "bungee" cords. It came in long continuous length ribbons. He found a way to wrap it around a spool on each end, round and round and then finally tying it off. The cord was then stretched out and bound with the same rubber in a dual helical binding to keep it from flying apart and the jumper getting caught up in the rubber during the rebound. These cords have different characteristics during the jump than the machine made "bungee" cords. Bungee cords are made with a machine called a braider. The rubber is stretched tight before going through the braider where the machine weaves a braided sheath around the stretched rubber.After the cord is finished the rubber inside stays stretched out tight so the jumps done on these can be made using a longer cord, resulting in a longer freefall. The cords designed in New Zealand are spongier and stretch longer, so a shorter cord has to be used. Since these cords are different from the usual bungee cords that had already existed he felt they should have a different spelling...hence the name and spelling...Bungy
How do you permanently make the ends of a broken rubber band come together again?
melt the rubber together
What are examples of elastic matter?
Rubber bands, springs, and bungee cords are examples of materials that exhibit elastic behavior, meaning they can deform under stress and return to their original shape once the stress is removed.
What are some examples of elastic materials?
Rubber bands, bungee cords, and elastic waistbands in clothing are examples of elastic materials. These materials can deform under stress and return to their original shape once the stress is removed due to their elastic properties.
