Hooke's law of elasticity using scilab.
AIM OF THE EXPERIMENT:
To verify Hooke's law of elasticity using scilab.
REQUISITES:
A PC/laptop.
Scilab 6.0.0 must be installed.
THEORY:
Hooke's law states that for relatively small deformation of an object the size or displacement of deformation is directly proportional to the deforming force or load.
F 𝞪 x
⇒ F= k x
⇒ k= F/x
Where k= spring constant & depends on the kind of materials, its dimension & shape.
PROCEDURE:
1. Switch on your PC/laptop.
2. Go to all programs & open scilab 6.0.0.
3. Go to Scinotes.
4. Write the coding/program.
5. Save the file & use extension name .sci
6. Then execute & go to the scilab console window for output.
7. Write k=spring(30,5) in the scilab console window.
8. Press enter to get the output.
CODING:
OUTPUT:
AIM OF THE EXPERIMENT:
To verify Hooke's law of elasticity using scilab.
REQUISITES:
A PC/laptop.
Scilab 6.0.0 must be installed.
THEORY:
Hooke's law states that for relatively small deformation of an object the size or displacement of deformation is directly proportional to the deforming force or load.
F 𝞪 x
⇒ F= k x
⇒ k= F/x
Where k= spring constant & depends on the kind of materials, its dimension & shape.
PROCEDURE:
1. Switch on your PC/laptop.
2. Go to all programs & open scilab 6.0.0.
3. Go to Scinotes.
4. Write the coding/program.
5. Save the file & use extension name .sci
6. Then execute & go to the scilab console window for output.
7. Write k=spring(30,5) in the scilab console window.
8. Press enter to get the output.
CODING:
C ++ Programming
Model syllabus (+3): Downoad
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