Understanding Gaussian Equation - Practical Uses

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Homework Help Overview

The discussion revolves around understanding the Gaussian equation, specifically its practical applications and interpretations. Participants are exploring the basic Gaussian function and its parameters, seeking clarity on its meaning and uses in various contexts, particularly in electrical engineering.

Discussion Character

  • Exploratory, Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • Participants are attempting to clarify which Gaussian equation is being referenced and discussing the parameters of the Gaussian function. Questions about practical examples and applications are raised, particularly in relation to electrical engineering.

Discussion Status

The discussion is ongoing, with participants providing insights into the parameters of the Gaussian function and suggesting exploration through graphing tools. However, there is a lack of specific examples related to practical applications, and some participants are questioning the relevance of general inquiries in the homework help context.

Contextual Notes

There is a mention of the original poster's background as an electrical engineer, which may influence the type of practical examples being sought. The discussion also hints at the challenge of finding clear explanations in external resources like Wikipedia.

hysen.gashi
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Hi every body,

I need help how to understand the Gaussian equation.
For what we can use it i practise.
I saw it in many things used but I have a problem to understand it.

Thanks
 
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Hi,

Gauss' name was all over the place, so which equation do you mean exactly? I'm guessing you mean a gaussian function such as:

f(x)=Ce^{-kx^2}

Is that what you mean?
 
Yes it is true I'm meaning for tha function which Mr. Mattson mentioned, this is the basic gaussian function.
I tried to find the meaning in wikipedia but it was not easy, if somebody can explain it in shortly with one example.
Thank you.
 
citing wiki: "The parameter a is the height of the Gaussian peak, b is the position of the center of the peak, and c controls the width of the "bump"."

You can just play around with all these parameters in your graph-calculator or Matlab or similar.
 
Thank you, for your reply but I can understand the meaning of the variables, also I can solve the equation but my question is:
I'm an electrical engineer, and I got the meaning but not in total. I want to know with any example in practise, let say what it can describe.
 
The wiki article points out some of its uses.

You posted this in HW-help forum, do you have an exercices that you need help with?

Very general questions have their answers on the internet and/or textbooks.
 

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