Latex Sum

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Sum-class symbols, or accumulation symbols, are symbols whose sub- and superscripts appear directly below and above the symbol rather than beside it. For example, the following example illustrates that \sum is one of these elite symbols whereas \Sigma is not. The terminology from AMS-LaTeX documentation.
  \bigodot
  \bigoplus
  \bigotimes
  \bigsqcup
\sum\limits_{i=1}^n i^2 = \frac{n(n+1)(2n+1)}{6}
the \limits tag puts the limits below and above the sigma symbol. It is typically used in equations
\sum\nolimits_{P_i \in Paths(I)} Probes(P_{i})
the \nolimits tag puts the limits on the right of the sigma symbol. It is typically used in the math wired in the text
TeX is smart enough to only show \sum in its expanded form in the displaymath environment. In the regular math environment, \sum does the right thing and revert to non-sum-class behavior, thus conserving vertical space.
Another common sum-class symbol is \prod. As in \sum we can use the directive \limits or \nolimits in order to show the limits on top-down or on the right.
the product of a sequence of factors
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Can some one please help me how can I make the following equation in latex?
But latex does not compile as it says error
Mico
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Simply type s' (and the like) instead of s^' – Bernard Sep 23 '19 at 8:25
Thank you so much. It helped – Priya Sep 23 '19 at 8:28
\bigg[ and \bigg] should be \biggl[ and \biggr] respectively. Also \mathcal{P}{{^a}_{{ss}^'}} should be more simply \mathcal{P}^{a}_{ss'} – egreg Sep 23 '19 at 8:46
Why do you use split? Do you think that split means you can have the content/input split across multiple lines? – Werner Sep 23 '19 at 20:13
Writing f' is the same as writing f^{\prime}; for double primes, it is f'' and so on. The code ^' is wrong.
Besides, there are also wrong (not just useless) braces in your code:
Use \biggl[ and \biggr] instead of the unqualified \bigg in order to give the brackets their correct nature of delimiters. However, the size is too big: \bigl[ and \bigr] are sufficient.
It's also better to use semantic names for the labels, rather than eq24 as the number might change during preparation of the document. If you use \label{eq:Vpi(s)} (or whatever you prefer), the references will not depend on the actual number.
See the code below if you really want staggered subscripts and superscripts.
egreg
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Isn't it enough to just use \left[...\right] instead of \bigl[...\bigr]? – Diaa Sep 24 '19 at 7:56
@Diaa Try it and see. – egreg Sep 24 '19 at 7:57
Generally ' doesnot require ^, hence this character already in superscript position in all font by default, if you need ^ then you have to use \prime instead of ', refer the below tags:
PS: No need to use split environment in this case...
MadyYuvi
MadyYuvi 9,336●11 gold badge●99 silver badges●2020 bronze badges
this is a bit misleading as s' in TeX does not use a superscript because ' is in superscript position in the font but because the latex (and plain tex) macros convert ' in math mode to ^{\prime} . So you never need to use ^{\prime} it is just a long way of writing '. Also you have several errors copied from the code in the question \bigg should be \biggl etc, see the comment egreg made under the question. – David Carlisle Sep 23 '19 at 11:17
The rule is we write X_{subscript}^{superscript}, but braces around a single character, or a single command that functions for this purpose as a single character, are unnecessary. As this includes the case where X is the summation operator, we don't need any more braces (except around the arguments of non-nullary commands such as \mathcal). One can thus use
where I have used \left and \right in front of parentheses to resize them according to their contents, and \, for a space between the \pi function's arguments. You can preview the result here.
I say one can do that, but the square brackets look a little smaller that way than in your original image. I'm torn between whether \left[ and \right] should be respectively replaced with \big[ and \big], or \bigg[ and \bigg], or even these. (Using \Big or \Bigg leads to still larger brackets, far beyond what you wanted, but this is worth knowing for other use cases.) You're welcome to also experiment with removing the \left and \right in front of some pairs of round brackets altogether, but in the case of s^\prime you'd probably regret it.
J.G.
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