Your adventurous friend lola goes bungee jumping [Solved]

elements A-C
parts A-C

Your adventurous friend Lola goes bungee jumping. She leaps from a bridge that is 100 m above a river. Her bungee cord has an un-stretched length of 50 m and a spring constant k = 600 N/m. Lola has a mass of 48 kg.  a) How fast is she falling when she just starts to stretch the cord How long does it take for Lola to reach this point  b) Lola stretches the bungee cord and it brings her to a stop. She then bounces back up again. What type(s) mechanical energy does the system (Lola and the bungee cord) have just before she jumps (i.e., gravitational PE, elastic PE, kinetic energy, etc.) What type(s) of energy does the system have at the instant she comes to rest at her lowest point  c) What is her height above the river at her lowest point elements A-C Your adventurous pal Lola goes bungee leaping. She leaps from a bridge thats 100 m above a river. Her bungee wire has an un-stretched size of fifty m and a spring fixed ok = 600 N/m. Lola has a mass of 48 kg. a) How briskly is she falling when she simply begins to stretch the wire How lengthy does it take for Lola to achieve this level b) Lola stretches the bungee wire and it brings her to a cease. She then bounces again up once more. What sort(s) mechanical power does the system (Lola and the bungee wire) have simply earlier than she jumps (i.e., gravitational PE, elastic PE, kinetic power, and so forth.) What sort(s) of power does the system have on the on the spot she involves relaxation at her lowest level c) Whats her peak above the river at her lowest level

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This post is last updated on hrtanswers.com at Date : 1st of September – 2022

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