Answer the 2 questions using the information and data given.

Phenomenon! Problem Airbags are engineered to be as protective as possible during car crashes. Because at this. the process of testing airbags in car crash simulations is a robust process. and precise data must be collected in order to produce the optimal design. One way to assess the effectiveness at an airbag in a simulated car crash is to collect force measurements over time. When a crash test dummy collides with the airbag. the force applied to the dummy is measured and recorded by a computer after eachusually very shorttime interval during the simulation. Researchers recorded the force on a dummy in a series at car crashes. In each at the crashes, the car was going 40 mph and crashed into a concrete wall. Researches recorded the forces over a short period of time (0.065 s) tor three different airbag designs as well as one crash without airbags. Your task is to analyze the data from the trials listed below. Use this analysis to construct an argument about which airbag design provides the most protection. citing patterns from the data as evidence for your claim. 'Aln'! No Dummies Round Mere' by Thomas HIM: Is licensed under (C out: 2.0 Tina-I- (Melanommyumgvmmmm The Task 1. In the space below. provide an analysis of the data provided to you. You may use computation. a verbal descriptionlcomparlson oi the data. graphs or some other visual representation in your analysis. Be sure to state any patterns you determine to be true from the data. 2. How does an airbag provide protection to a passenger in a crash