3 The extension, y, of a material with an applied force, F, is given by y = eFx1x10-3 %3D a) Calculate the work done if the force increases from 100N to 500N using: i) An analytical integration technique ii) A numerical integration technique [Note: the work done is given by the area under the curve] b) Compare the two answers c) Using a computer spreadsheet increase the number of values used for your numerical method
3 The extension, y, of a material with an applied force, F, is given by y = eFx1x10-3 %3D a) Calculate the work done if the force increases from 100N to 500N using: i) An analytical integration technique ii) A numerical integration technique [Note: the work done is given by the area under the curve] b) Compare the two answers c) Using a computer spreadsheet increase the number of values used for your numerical method
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![3 The extension, y, of a material with an applied force, F, is
given by y = efx1x10-3
a) Calculate the work done if the force increases from
100N to 500N using:
i) An analytical integration technique
ii) A numerical integration technique
[Note: the work done is given by the area under the curve]
b) Compare the two answers
c) Úsing a computer spreadsheet increase the number of
values used for your numerical method
d) Analyse any effect the size of numerical step has on
the result.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F597595dc-3e72-4caa-97cf-ce906a598c08%2F05eb5acc-0a76-4f76-91b9-43e7aeef8f16%2Fvt1eqt4_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3 The extension, y, of a material with an applied force, F, is
given by y = efx1x10-3
a) Calculate the work done if the force increases from
100N to 500N using:
i) An analytical integration technique
ii) A numerical integration technique
[Note: the work done is given by the area under the curve]
b) Compare the two answers
c) Úsing a computer spreadsheet increase the number of
values used for your numerical method
d) Analyse any effect the size of numerical step has on
the result.
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