Magnitude and Attenuation in Fields subject

In summary: Magnitude is the strength of the field, and attenuation is the rate at which the force weakens with respect to distance.
  • #1
cppgraphics
4
0
Dear folks,

I'm a 3D computer graphics student, working on particles and fields area. As I'm a newer I have lots of doubts to clear on Physics topics. Please explain me what is
Magnitude & Attenuation in Fields subject? I can see these two are common for most of the fields like air, drag, gravity, Newton and so on.


Thanks in advance.
 
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  • #2
magnitude would be the strength of the field or the length of the vector if that's what your asking
 
  • #3
Thanks for your reply :cool:

I have attached a reference image please check it.

http://img188.imageshack.us/img188/5841/gravityfield.jpg

I would like to know about the attributes I marked.

In this file I added particles in my scene and a Gravity field. The Gravity field is over the particles and the magnitude value of the field is 2, so its pulling particles down. If I give 0 magnitude the gravity field won't affect particles.

Please explain me technically or in physics terms what are magnitude, attenuation?

Where it comes in physics subject?

Hope to hear from you soon.
 
Last edited by a moderator:
  • #4
Magnitude is the strength of the field.
Attenuation is rate at which the force weakens with respect to distance.

In your example the field pushes the same at all distances because attenuation is 0.
If you increased attenuation the field would push less as the particle traveled further from it.
 
  • #5
DavidSnider said:
Magnitude is the strength of the field.
Attenuation is rate at which the force weakens with respect to distance.

In your example the field pushes the same at all distances because attenuation is 0.
If you increased attenuation the field would push less as the particle traveled further from it.


As I have Magnitude, if I want to reduce the force I can reduce the Magnitude will be ok. Then what's the need for separate force (Attenuation)?

Please explain this.
 
  • #6
It's kind of like sitting next to a fire. The heat source has a magnitude and is hottest at its center, but the amount you feel it reduces as you get further away from it.
 
  • #7
Awesome David.

Thank you so much. Now I can understand what is magnitude and attenuation.

In Physics, which area these particles and fields will come?

What do you call it?
 

1. What is magnitude in fields subject?

Magnitude in fields subject refers to the size or strength of a physical quantity, such as electric or magnetic fields, at a specific point in space. It is typically measured in units such as volts per meter or teslas.

2. How is magnitude related to intensity?

Magnitude and intensity are closely related in fields subject. Intensity is a measure of the power or energy carried by a wave, and it is proportional to the square of the magnitude of the wave. This means that as the magnitude of a wave increases, its intensity also increases.

3. What is attenuation in fields subject?

Attenuation in fields subject refers to the gradual decrease in magnitude or strength of a physical quantity as it travels through a medium or space. This can be caused by factors such as distance, absorption, and scattering of the wave.

4. How does attenuation affect the strength of a field?

Attenuation can significantly reduce the strength of a field over distance or through a medium. This is important to consider in fields subject, as it can impact the effectiveness of signal transmission and communication.

5. What factors can influence the magnitude and attenuation of fields?

The magnitude and attenuation of fields can be influenced by various factors such as the properties of the medium through which the field travels, the distance the field travels, the frequency of the wave, and any obstacles or barriers in the path of the wave.

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