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Can you please solve the both question from the data given on the second picture. Please post just a picture of how you did it. thanks.

Can you please solve the both question from the data given on the second picture. Please post just a picture of how you did it. thanks.

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Can you please solve the both question from the data given on the second picture. Please post just a picture of how you did it. thanks.

Data Table 1 Calculations Table1 m(kg) x (m) mg (N) k (N/m) 5 JO0 O.106 m 980 4 200Kgl0.203m L.960 7.991 3 300kg b.352m| 2940 N/M. 400kg/0471m 3.920 500 kg losism H.9 1.940--980-7. 9YN/m •3 4,9C1.002-.250) K= £ Slope •203-106 mg=H.9 Data Table 2 Calculations Table 2 mg(x2-X1) ½k(xz²-x1?) % Diff DifF X1 X2 3.6848 3.76 3.185 3.25 2.0% gtUk. 2.71 2.761.8%. |2.25니2.30 |4.870 2.2% -UK 150m L002m „9S m .300m 0.500 kg 350 m,962m 400m 86 m ng =4.9 Calculations Table 3 Data Table 3 mg(x2-X1) ½k(xz²-x1?) % Diff X1 X2 1.421|t1.40 |1, 시7. 1.078 +1o03739% 7203 t0.677 6.2% 0% oK0 .460 75om 700m 480 .503 o l600 0.500 kg 650m Lo00 3.99 S1460)-(.?50)) = -1.40
Transcribed Image Text:Data Table 1 Calculations Table1 m(kg) x (m) mg (N) k (N/m) 5 JO0 O.106 m 980 4 200Kgl0.203m L.960 7.991 3 300kg b.352m| 2940 N/M. 400kg/0471m 3.920 500 kg losism H.9 1.940--980-7. 9YN/m •3 4,9C1.002-.250) K= £ Slope •203-106 mg=H.9 Data Table 2 Calculations Table 2 mg(x2-X1) ½k(xz²-x1?) % Diff DifF X1 X2 3.6848 3.76 3.185 3.25 2.0% gtUk. 2.71 2.761.8%. |2.25니2.30 |4.870 2.2% -UK 150m L002m „9S m .300m 0.500 kg 350 m,962m 400m 86 m ng =4.9 Calculations Table 3 Data Table 3 mg(x2-X1) ½k(xz²-x1?) % Diff X1 X2 1.421|t1.40 |1, 시7. 1.078 +1o03739% 7203 t0.677 6.2% 0% oK0 .460 75om 700m 480 .503 o l600 0.500 kg 650m Lo00 3.99 S1460)-(.?50)) = -1.40
1. Does the data from Data Table 1 for the displacement versus force indicate that the spring constant is indeed constant? 2. Does the data in Data Table 2 and Table 3 indicate that the mechanical energy is conserved for this system?
Transcribed Image Text:1. Does the data from Data Table 1 for the displacement versus force indicate that the spring constant is indeed constant? 2. Does the data in Data Table 2 and Table 3 indicate that the mechanical energy is conserved for this system?
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