Recorder: Manager: Speaker: s, coordinate system, label givens & unknowns (using sions, measurements with uncertainty, precise physics question 012345 SPH4U: The Bungee Jump! You will need: one elastic band chain spring scale . . . metre stick or ruler string scissors brains You are an engineer designing a thrilling new bungee jump for Canada's Blunderland. The exciting part is that the ride will be adjustable for each customer to maximize the thrills (i.e. drop such that they reach as close to the ground as possible!). Your customer, a weight from the front table, will be attached to your spring and released from rest from the spring's unstretched length. You must decide how much string to add in order to get the customer (the mass) as close to the ground as possible. The customer must survive the trip while being thrilled! When you have completed your solution page (you are ready to hand it in), set up your jump at the retort stand and call your teacher over, get your customer, and make the thrilling test! Note: You may not remove the customer from the front table until you are done everything! Note: Determine your value for the spring constant, k. Record the spring constant and uncertainty in part A of your solution as given information!Problem: The Bungee Jump Recorder: Manager: A: Pictorial Representation Speaker: Sketch showing events, describe events, coordinate system, label givens & unknowns (using 01 2 345 symbols) directly on the sketch, conversions, measurements with uncertainty, precise physics question Li = 31.5 cm x 100 cm -= 0. 315 m + 0.001m F.(N Li Lf. == 38.8cm = 0. 388m mr= 200.49 # 0.19 1 0.9 LF2 = 41.3 em = 0.413m = 0.2004kg + 0.000+ kg Lf LF3 = 47.3 em = 0.473m OX = 1f - Li(m)l Fe (N ) d = 173.3 cm = 1.733m + 0:00/m 0.315 - 0.315= 0m ON K = ? ; A X = ? 0 388- 0.315 = 0.073 0.5 N Determine the length of thent. 0.413 - 0.315 = 0.098 IN O (2) elastic spring. 0.473- 0.315=0.158 ( ) the jumper at rest, attached to the unstretched spring (2 ) the jumper at the lowest point clastic B: Physics Representation Motion diagram, force diagram at each event, energy flow diagram, work-energy bar chart, events ( 1 ) ( 1 ) ( 1 ) jumper Earth tort ( 2 ) spring (2 ) C: Word Representation discuss all energy flows, storage mechanisms of energy involved, type Describe solution steps (words only, no symbols or equations) of collision and justification, assumptions Estimate result (no calculations) aconstnee wel s amW .nolfoiberg moy to your poe ori no looften nom beaubong idgford beforberg wov ingnifoulsveD: Mathematical Representation Describe physics of steps, complete equations, algebraically isolate, substitutions with units, final statement of prediction with uncertainty After you test your solution, reflect on the accuracy of your prediction. Write a few sentences evaluating if your predicted height produced the desired results