4. It just so happens that you have planned your first bungee jumping trip the week your physics class has covered oscillations. You have a total mass m, and are given a bungee rope of relaxed length L and spring constant k. A seasoned bungee jumper attaches one end of the rope to your feet and the other end to a bridge of some unknown height H above a raging river filled with sharks and crocodiles. You suddenly aren't feeling so great about jumping off of this bridge and want to make sure you will be safe when you jump. (a) What is the most the bungee rope will stretch after you step off of the bridge? Your answer will only depend on m, g, k, and L. You will need the quadratic equation. (b) What is your frequency of oscillation? (c) What is the amplitude of your oscillation? Hint: This is not the same answer as part a.
4. It just so happens that you have planned your first bungee jumping trip the week your physics class has covered oscillations. You have a total mass m, and are given a bungee rope of relaxed length L and spring constant k. A seasoned bungee jumper attaches one end of the rope to your feet and the other end to a bridge of some unknown height H above a raging river filled with sharks and crocodiles. You suddenly aren't feeling so great about jumping off of this bridge and want to make sure you will be safe when you jump. (a) What is the most the bungee rope will stretch after you step off of the bridge? Your answer will only depend on m, g, k, and L. You will need the quadratic equation. (b) What is your frequency of oscillation? (c) What is the amplitude of your oscillation? Hint: This is not the same answer as part a.
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Transcribed Image Text:4. It just so happens that you have planned your first bungee jumping trip the week your physics
class has covered oscillations. You have a total mass m, and are given a bungee rope of relaxed
length L and spring constant k. A seasoned bungee jumper attaches one end of the rope to
your feet and the other end to a bridge of some unknown height H above a raging river filled
with sharks and crocodiles. You suddenly aren't feeling so great about jumping off of this
bridge and want to make sure you will be safe when you jump.
(a) What is the most the bungee rope will stretch after you step off of the bridge? Your
answer will only depend on m, g, k, and L. You will need the quadratic equation.
(b) What is your frequency of oscillation?
(c) What is the amplitude of your oscillation? Hint: This is not the same answer as part a.
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