How to Represent Quotients in Latex?

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Discussion Overview

The discussion revolves around the representation of quotients in LaTeX, specifically focusing on the formatting of elements with a similarity relation in the context of linear and abstract algebra.

Discussion Character

  • Technical explanation

Main Points Raised

  • Peter initially presents a LaTeX expression for quotients and requests assistance with formatting.
  • A participant suggests an alternative formatting approach using curly braces, which is acknowledged by Peter as a solution to his problem.
  • Peter expresses gratitude for the assistance received.

Areas of Agreement / Disagreement

Participants generally agree on the suggested formatting solution, with no significant disagreement noted.

Contextual Notes

None noted.

Who May Find This Useful

Individuals interested in LaTeX formatting, particularly in the context of linear and abstract algebra.

Math Amateur
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I have just finished a post on the Linear and Abstract Algebra Forum on Universal Properties,

I am having trouble with the following line of Latex: $$ [a_1]_\sim_R , [a_3]_\sim_R , [a_5]_\sim_R , [a_7]_\sim_R, [a_8]_\sim_R $$

The effect that I wanted for each quotient was as follows:

View attachment 2632

Can someone please help?

Peter
 
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Peter said:
I have just finished a post on the Linear and Abstract Algebra Forum on Universal Properties,

I am having trouble with the following line of Latex: $$ [a_1]_\sim_R , [a_3]_\sim_R , [a_5]_\sim_R , [a_7]_\sim_R, [a_8]_\sim_R $$

Can someone please help?

Peter

Try
Code:
[a_1]_{\sim_R} ,  [a_3]_{\sim_R} ,  [a_5]_{\sim_R} , [a_7]_{\sim_R}, [a_8]_{\sim_R}
 
Ackbach said:
Try
Code:
[a_1]_{\sim_R} ,  [a_3]_{\sim_R} ,  [a_5]_{\sim_R} , [a_7]_{\sim_R}, [a_8]_{\sim_R}
That solved my Latex problem ... thanks Ackbach ,,, appreciate your help!

Peter
 
You're quite welcome!
 

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