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Arizona State University *
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Electrical Engineering
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Feb 20, 2024
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® ' Pearson MyLab and Mastering . @ canvas.asu.edu ¢ © Ay £ @ Dashboard | Prezi M jordanme321@gmail.com - Gmail Mi jbrost@asu.edu - Arizona State Univeq < PN il Lo prwewnce y w ata collected in Part 1 can be used in Part 2 Object Weight on Weight T [ Weight T, Displaced water |Displaced water digital scale (N) | (air) (N) (submerged) (N) | weight (N) volume (cm?) Cork , , Aluminum l ' Cork + Al | ] i Cork + 97? | ] e Data Analysis (10 points) SHOW ALL WORK FOR FULL CREDIT: Part 1 Based on the volume of di pl from the lab manual: d water d, calculate the buoyancy force Fy, using equation (1) Calculate the buoyancy force Fy2 by using the digital force scale and computing the weight of pure displaced water by subtracting the weight of the empty graduated cylinder from the weight of the graduated cylinder with the displaced water Compare these two values by calculating the percent difference: L3 Calculate the buoyancy force Fy; using equation (2) in the lab manual by taking the difference in the force sensor readings for the object in air and submerged in water: Compare the buoyancy force found using equation (1) and equation (2) by calculating percent difference:
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