Derivatives specifying dependency of a function on its arguments












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I want to write the partial derivative of a function, while making the parameters of that function explicit, like so:



dfrac{partial f(x, y)}{partial x}


But this leads to an elongated horizontal line, which I don't think looks very nice (although it's possible that this is just the right way of doing it, and I should live with it). I have seen some books where the line ends before the parentheses start, so that df and dx are aligned.



Another way is:



dfrac{partial f}{partial x}(x, y)


but then the parentheses are not level with the function, and in fact, this kind of changes the meaning of the line.




  • Is the first approach the standard / usual way of doing it? I've seen both approaches in textbooks and papers.

  • Is there a third, more correct way of placing the parentheses, that I am not aware of?


Thanks!









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    I want to write the partial derivative of a function, while making the parameters of that function explicit, like so:



    dfrac{partial f(x, y)}{partial x}


    But this leads to an elongated horizontal line, which I don't think looks very nice (although it's possible that this is just the right way of doing it, and I should live with it). I have seen some books where the line ends before the parentheses start, so that df and dx are aligned.



    Another way is:



    dfrac{partial f}{partial x}(x, y)


    but then the parentheses are not level with the function, and in fact, this kind of changes the meaning of the line.




    • Is the first approach the standard / usual way of doing it? I've seen both approaches in textbooks and papers.

    • Is there a third, more correct way of placing the parentheses, that I am not aware of?


    Thanks!









    share







    New contributor




    EM_IE is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
    Check out our Code of Conduct.























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      0








      I want to write the partial derivative of a function, while making the parameters of that function explicit, like so:



      dfrac{partial f(x, y)}{partial x}


      But this leads to an elongated horizontal line, which I don't think looks very nice (although it's possible that this is just the right way of doing it, and I should live with it). I have seen some books where the line ends before the parentheses start, so that df and dx are aligned.



      Another way is:



      dfrac{partial f}{partial x}(x, y)


      but then the parentheses are not level with the function, and in fact, this kind of changes the meaning of the line.




      • Is the first approach the standard / usual way of doing it? I've seen both approaches in textbooks and papers.

      • Is there a third, more correct way of placing the parentheses, that I am not aware of?


      Thanks!









      share







      New contributor




      EM_IE is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
      Check out our Code of Conduct.












      I want to write the partial derivative of a function, while making the parameters of that function explicit, like so:



      dfrac{partial f(x, y)}{partial x}


      But this leads to an elongated horizontal line, which I don't think looks very nice (although it's possible that this is just the right way of doing it, and I should live with it). I have seen some books where the line ends before the parentheses start, so that df and dx are aligned.



      Another way is:



      dfrac{partial f}{partial x}(x, y)


      but then the parentheses are not level with the function, and in fact, this kind of changes the meaning of the line.




      • Is the first approach the standard / usual way of doing it? I've seen both approaches in textbooks and papers.

      • Is there a third, more correct way of placing the parentheses, that I am not aware of?


      Thanks!







      math-mode formatting best-practices





      share







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      EM_IE is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
      Check out our Code of Conduct.










      share







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      EM_IE is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
      Check out our Code of Conduct.








      share



      share






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      EM_IE is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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      asked 4 mins ago









      EM_IEEM_IE

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      EM_IE is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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      New contributor





      EM_IE is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
      Check out our Code of Conduct.






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