It's another norrrtal day in Physics Lab at Porter University; you wall: into the classroom and you're met with an unorthodox setup and a bizarre...
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4. In the space below, plot the data in the table above, and provide your analysis to solve for the mass of Cart 1.

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It's another norrrtal day in Physics Lab at Porter University; you wall: into the classroom and you're met with an unorthodox setup and a bizarre series of instructions. As usual, your professor is sleeping at his dealt. eold enp of'eofi'ee only halfiyay finished. The poor guy. He probably has young children at home that don't let him sleep. Motion Detector Force Sensor Not to scale A hastily-written note is taped to the track. The note reads: Good morning. Please don't wake me up. I need you to figure out the mass ofCart i using the above setup. I know the mass of Cart 2 is 5903, and I've got a series of lflflg bars for running multiple trials. You're on your own. The carts and track are fi'ietionless. so don't worry about loss of energy or anything like that. Equipment is already turned on. Get to work.

Your professor has instilled a veryr important detail in you, which is the importance of multiple trials to validate lath results. You begin stacking the mass bars on top ofCatt 2 and repeat the experiment. Below is the average data table. #3313 WForeHNLCertzCofltsionTtmetme] Cantnnnwnctmnvs} CarHF-'instvleloettvtnvsl 1_ zen. as 0.4 as 2 zeal 25 _ 0.4 4125 3. 243. 37' . 0-4. 41.13 4_ 24s 26 _ {1.4 41.11 s 245 as 0.4 one s 252 24 0.4 0.19 3. How can you use the above data to general a new data table. that when plotted, provides you with the mass of can 1? Provide the data table below.

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