Table 1. Static Determination of the Spring Constant, k Length Average Time Mass Force, Time for...
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Table 1. Static Determination of the Spring Constant, k Length Average Time Mass Force, Time for 10 Time Period (T) (sec?) added to after Oscillations (sec) Period (Tav) mxg (N) the stretch, X (sec) spring, (m) m (kg) 0.000 0.000 0.000 0.000 0.150 0.100 7.07 7.10 0.200 0.130 7.58 7.55 0.250 0.170 8.60 8.59 0.300 0.210 10.10 10.11 0.350 0.240 10.60 10.59 0.400 0.280 11.11 11.12 dL From graph-1, Slope Spring constant, k = slope Work done from the F-L graph, W Elastic potential energy, U m/N dF N/m J Table2. Calculation of Effective mass Mass of spring by digital balance, M, 0.0755 kg Effective mass of the spring (take x intercept from the T? vs m graph), m. kg Mass of the spring, Mesp-3 x me Kg Percentage Error Table 1. Static Determination of the Spring Constant, k Length Average Time Mass Force, Time for 10 Time Period (T) (sec?) added to after Oscillations (sec) Period (Tav) mxg (N) the stretch, X (sec) spring, (m) m (kg) 0.000 0.000 0.000 0.000 0.150 0.100 7.07 7.10 0.200 0.130 7.58 7.55 0.250 0.170 8.60 8.59 0.300 0.210 10.10 10.11 0.350 0.240 10.60 10.59 0.400 0.280 11.11 11.12 dL From graph-1, Slope Spring constant, k = slope Work done from the F-L graph, W Elastic potential energy, U m/N dF N/m J Table2. Calculation of Effective mass Mass of spring by digital balance, M, 0.0755 kg Effective mass of the spring (take x intercept from the T? vs m graph), m. kg Mass of the spring, Mesp-3 x me Kg Percentage Error
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Mass kg Force N Length Xm Time for 10 t 1 Oscillations sec t 2 Periodic time T ... View the full answer
Related Book For
Vector Mechanics for Engineers Statics and Dynamics
ISBN: 978-0073212227
8th Edition
Authors: Ferdinand Beer, E. Russell Johnston, Jr., Elliot Eisenberg, William Clausen, David Mazurek, Phillip Cornwell
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