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- What does the $\\prod$ symbol mean? - Mathematics Stack Exchange
This is one of those cases where I would google if I could, but I don't know what to search for I've come across this symbol a few times, but I have no clue what it means or what it is called $
- meaning - What does prod issues mean in computer science and software . . .
DevOps engineers are those who are good at debugging, troubleshooting, analyzing prod issues and providing solutions Who have good hands on technologies like unix shell scripting, perl, SQL etc
- Is $\\mathop{\\Large\\times}$ (\\varprod) the same as $\\prod$?
Earlier today I was going through an old text at my university's library which uses the Big X symbol with sub- and super-scripts (I believe in LaTeX this would be \\varprod or \\bigtimes, but it seem
- inequality - Prove that $ 1 + \sum_ {k=0}^ {n-1} (\prod_ {j=0}^ {k-1 . . .
I can't proof this inequality $$ 1 + \sum_ {k=0}^ {n-1}\biggl (\prod_ {j=0}^ {k-1} (1+w_j)\biggr)w_k \leq \prod^ {n-1}_ {k=0} (1+w_k) $$ where $ (w_n)$ is a nonnegative sequence Any idea? Any helpful tric
- Is $\\sum_{i=1}^m\\prod_{j=1}^nc_j^i\\le\\prod_{k=1}^n(\\sum_{i=1}^m . . .
which got me stuck Another approach: raising both sides of the original inequality to 1 n 1 n results in a geometric mean on the r h s However, using the HM-GM inequality is not the correct path, since the inequality is not true when replacing the geometric mean with the harmonic one Finally, notice that, at least in the case where γi j = γ γ j i = γ for each i i and j j, the
- abstract algebra - The torsion submodule of $\prod \mathbb {Z}_p$ is . . .
This question is a follow-up of this one Now I'm trying to prove that the torsion submodule of $\prod \mathbb {Z}_p$ is not a direct summand of $\prod \mathbb {Z}_p$ I found this interesting bec
- Showing that the capacity of $p_A=\\prod_{i=1}^n\\sum_{j=1}^nA_{ij}x_j . . .
You'll need to complete a few actions and gain 15 reputation points before being able to upvote Upvoting indicates when questions and answers are useful What's reputation and how do I get it? Instead, you can save this post to reference later
- Express symmetric polynomial $\\prod_{i lt; j} (X_i+X_j)$ in terms of . . .
You'll need to complete a few actions and gain 15 reputation points before being able to upvote Upvoting indicates when questions and answers are useful What's reputation and how do I get it? Instead, you can save this post to reference later
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