Connect the input to signal B with a Math Function block. Set the square function parameter.
Connect the Math Function block's output to a Gain block. 3e7 is the value for the Gain parameter.
Continue to build your model by adding the remaining differential equation terms.
Using DoE, probability distributions, and other test vectors, define the simulation conditions.
Use world-class math solvers and parallel computing to run the simulation.
Use MATLAB data analysis, data management, and visualization features to post-process the results.
The process of defining a real-world situation in mathematical terms, usually in the form of equations, and then using these equations to both comprehend and find new features about the problem is known as mathematical modeling.
Simulink is a tool for modeling and simulating dynamic systems that includes a graphical editor, customisable block libraries, and solvers. It's compatible with MATLAB®, so you may use MATLAB techniques in your models and export simulation results to MATLAB for further analysis.
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Nishu Kumar
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Thank you sir!
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Md Tahmid Hussain
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excellent way of teaching
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