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1. What does the percent difference between GPE and KE tell you about the efficiency of energy transformations in this experiment?

2. Use a computer or graphing calculator to graph the percent difference in data table 1 versus mass, and the percent difference in data table 2 versus change in height (Δh). Based on your results that you see plotted for the two rounds of experiments, how would you adjust the mass and height so that the design of the system leads to GPE and KE values that are as close as possible? Explain why you think this design would achieve the desired result.

btw are my datas in the graph right? i added the gpe ke and %diff

1. What does the percent difference between GPE and KE tell you about the efficiency of energy transformations in this experiment?

2. Use a computer or graphing calculator to graph the percent difference in data table 1 versus mass, and the percent difference in data table 2 versus change in height (Δh). Based on your results that you see plotted for the two rounds of experiments, how would you adjust the mass and height so that the design of the system leads to GPE and KE values that are as close as possible? Explain why you think this design would achieve the desired result.

btw are my datas in the graph right? i added the gpe ke and %diff

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The percent difference between

GPEand KE in theexperimentillustrates that the higher the percentage, the more efficient theenergytransfer.## What is energy transformation?

It should be noted that

energytransformationsimply means the process of changingenergyfrom one form to another form.In this case, the percent difference between

GPEandKEin the experiment illustrates that the higher the percentage, the more efficient theenergy transfer.Also, the

massandheightshould be adjusted in such a way that the design of thesystemleads to GPE andKE valuesthat are as close as possible.Learn more about energy transformation on:

https://brainacademy.pro/question/16917873