Integration1) Hooke's law on a spring constant, F = kx.Where the applied force F equals the spring constant, k times the change in displacement.Given that the spring stiffness, k is 0.4622N/m.Beginning from its free length, some weights are added with an incremental of 1N each time till 10N.a) Plot a graph of the spring extension (X) against the weight (W).b) Determine the potential energy (Nm) of the spring when the weight is added to 10N.IntegrationFor Given Function:2) An object is moving with a velocity function of:v(t)=t²-ta) Plot a graph on the above function for the time(s) vs the velocity(m/s)b) Find the distance travelled between the time, t=0 and 6 sec.Using the time increment of 0.5sec.IntegrationFor Given Data:3) In an experiment carried, there are some forces gradually applied on a foam.The force and displacement data is collected as shown in the Table.a) Plot a graph of the displacement (mm) against the Force(N).b) Determine the total energy (Nm) absorbed by the foam.Displacement(mm)Force (N)000.011 0.024 0.038 0.05 0.067 0.0843.65.0141.54.9880.15.02 5.02850.1175.036

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Integration 1) Hooke's law on a spring constant, F = kx. Where the applied force F equals the spring constant, k times the change in displacement. Given that the spring stiffness, k is 0.4622N/m. Beginning from its free length, some weights are added with an incremental of 1N each time till 10N. a) Plot a graph of the spring extension (X) against the weight (W). b) Determine the potential energy (Nm) of the spring when the weight is added to 10N.

Integration 1) Hooke's law on a spring constant, F = kx. Where the applied force F equals the spring constant, k times the change in displacement. Given that the spring stiffness, k is 0.4622N/m. Beginning from its free length, some weights are added with an incremental of 1N each time till 10N. a) Plot a graph of the spring extension (X) against the weight (W). b) Determine the potential energy (Nm) of the spring when the weight is added to 10N.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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