Can someone calculate the percent difference? it is not Ug-W/Ug x 100. I remembe

Question

Can someone calculate the percent difference? it is not Ug-W/Ug x 100.

I remember averaging values when I did it in class.

The practice another version says .47 work and .385 Ug, and they got 19.9%

Lab 7-Gravitational PE hegg Study l Guided S × Secure https //www.wdasa3ILIK:Uwsli Secure ! https://www.webassign.net/web/Student/Assignment-Responseslast?dep=16170313#Q1 For quick access, place your bookmarks here on the bookmarks bar. Other bookmarks 6. Find the maximum distance that the spring was stretched and record this as 'x in Table3. Table 3 Item Value Spring constant k (slope m) 68 N/m work (area under the curve) 3.32 N·m Distance stretched, x 0.27 m Calculations Use the value of the spring constant, k (the slope) and the distance stretched, x, to calculate the amount of elastic potential energy stored in the stretched spring. Record the amount of elastic potential energy in Table 4. Calculate the percent difference between the elastic potential energy and the area under the curve (work done). Record the percent difference in Table 4 Table 4 Item Calculation Elastic potential energy 2.48 N·m Percent difference 3 25.3

Explanation / Answer

Please find below the % difference on the basis of values shared by you:

(2.48 - 3.32)/ ( 2.48 ) X 100 = 33.87 % apprx

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