Additional examples of Sensitive and Regulated Data can be found here (UH login required):.Family Educational Rights and Privacy Act (FERPA).Health Insurance Portability and Accountability Act (HIPAA).Personally Identifiable Information (PII).Dropbox is meant to be used specifically in situations where a UH Department/Unit needs to store and/or collaborate using Sensitive or Regulated data.Įxamples of Regulated or Sensitive data include: The UH Enterprise Dropbox is intended for the storing, managing, and sharing of Sensitive or Regulated information as defined in UH Executive Policy 2.214 (UH Institutional Data Classification Categories). How much energy does the sumo wrestler lose on each bounce in this situation? 9.Information Technology Services (ITS) has established a licensing program with the cloud storage provider Dropbox. Real world trampolines lose energy since they are damped springs with much internal friction.

Each push of the legs drives the sumo wrestler 10 cm higher in the air If on the first push, the trampoline went from 8 cm below its normal surface plane, find the average force exerted by his leg muscles? 8.

Assume the trampoline is a simple spring obeying Hooke's law with a k value of 12 000 N/m 7.

If a 40 kg gymnast and a 400 kg sumo wrestler each dropped from 1 m above the trampoline, find the final position of each athlete. The sumo wrestler originally only jumps 10 cm above the trampoline but he has the same total energy as the ball which was 200 cm higher than the trampoline. What conclusions can you draw from the answers found above? 5. At maximum stretch at the bottom of the motion, what is the sum of the elastic and gravitational energy of the ball? 4. What is the kinetic energy of the ball just before impacting the trampoline? 3. What is the gravitational energy (relative to the unstretched surface of the trampoline) of the 20 kg ball at its apex 2 m above the trampoline? 2. Full energy type solutions are required for the questions 1 and 2 even though these answers may be found using the simulation Note: Use g=10 N/kg in this assignment 1. Transcribed image text: Complete the following assignment and submit your work to the dropbox.

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