How to ship database with android application
Ship an application with a database
How can I  compare (without calculator or similar device) the values of $\pi^e$ and $e^\pi$ ? How are Star Wars blasters properly reloaded/charged/etc.? I've been looking into the inner workings of blaster weapons primarily using Wookieepedia. While most of it I understand, I still can't figure out how many rounds a gun would fire before needing the ammunition component replaced/reloaded. Is there any solid answer?  I'm someone who likes to design and draw his own weapons and such, but likes to keep to how the technology of an era is in mind. While Star Wars weapons don't really have magazines (and you don't really see them reloading during battle), other people's work still has magazines and treat ammunition consumption as though it's pretty much the same as our modern era.  I guess that I just find it hard to believe, with the technology of the Star Wars Universe, that characters would need to carry lots of ammunition (hence why clones/storm troopers/battle droids don't visually seem to carry very much).  Example: DC-15A     "The weapon's tibanna gas cartridge carried enough gas for up to 500 shots, depending on the power settings of the weapon, while the charge pack lasted about 50 shots"   Source:   I've read in several places that this can be seen in two different ways.  1. Which ever ran out first, had to be replaced before the weapon could fire again. 2. The weapon contained two different sources of ammunition (so I guess you could switch between the two) In the new canon what do we actually know about Darth Plagueis? I read and loved  but with all the recent changes to what is and isn't canon I'm losing track.  There's a common theory that Supreme Leader Snoke is Darth Plagueis, most are discounted because Plagueis is a Muun. But where does that information come from? What current canon information do we have about Plagueis that disproves this theory and what has been marked as Legends? Python string.join(list) on object array rather than string array In Python, I can do:  &gt;&gt;&gt; list = ['a', 'b', 'c'] &gt;&gt;&gt; ', '.join(list) 'a, b, c'   Is there any easy way to do the same when I have a list of objects?  &gt;&gt;&gt; class Obj: ...     def __str__(self): ...         return 'name' ... &gt;&gt;&gt; list = [Obj(), Obj(), Obj()] &gt;&gt;&gt; ', '.join(list) Traceback (most recent call last):   File "&lt;stdin&gt;", line 1, in &lt;module&gt; TypeError: sequence item 0: expected string, instance found   Or do I have to resort to a for loop? Appendix without letter in TOC How to round a number to n decimal places in Java What are the “spam” and “rude or abusive” (offensive) flags, and how do they work? Ambiguity of chi-squared test of association; how can the conclusion change using the ''same'' sample? Recently I have been struggling with the following two questions regarding the chi-squared test of independence / association during reading an article.        Is the chi-squared test able to detect no association between two groups among three at two levels? That is in a 3X2 contingency table.   Does the chi-squared test change its behavior with a larger sample that was otherwise perfectly proportional to a smaller sample?     I prepared a sample data set in R to seek the answers of these two questions. Though my initial discomfort about the chi-squared test have been proven, but over-acceptance of this test statistic in the scientific community have forced me to re-think. May be I have been missing something here.    # Question 1 x1 = c(100, 450, 450) x2 = c(600, 450, 450) d1 = rbind(x1,x2) colnames(d1) = c("Type 1", "Type 2", "Type 3") rownames(d1) = c("No", "Yes") d1 chisq.test(d1) # Significantly associated (not independent), though "Type 2" &amp; "Type 3"  #  were not different at all!   # Question 2 d2 = d1/50 d2 chisq.test(d2) # Not significant!!!  d3 = d2*2 d3 chisq.test(d3) # Significant!!! What is the maximum texture size available on the iPad? I have a DVD I was trying to rip, and handbrake froze up when scanning it.  I tried to eject the DVD by dragging and dropping it to the trash, which trashed the icon, but didn't eject the DVD.  I then forced Handbrake to quit, but without an icon on my desktop to select, how can I eject the DVD? How do I fix a NoSuchMethodError? I'm getting a NoSuchMethodError error when running my Java program.  What's wrong and how do I fix it? Prove a differentiable function between banach spaces is continuous I have, by default, 250MB of swap space in Ubuntu, and I want to expand it to a larger size. I need 800MB, which I think will be enough to open several applications without having to hit the current limit of swap. I hope someone can help me. How to make Unicode charset in cmd.exe by default? Add source to figure caption How can I add a source to a figure? I need to add \ref, \cite or just free text. Something like that: \begin{figure} [ht]   \centering   \includegraphics[width=0.95\textwidth]{res/figure.pdf}     \caption{Caption}     \source{\ref{},\cite{} or free Text}   \label{fig:gliederung} \end{figure}  Should give me:  The source shouldn't appear in \listoffigures. At the end of . the author states that  Suppose we have $n \times n$ matrix $A$ having only positive elements and satisfying the property $a_{ij}=1/a_{ji}$ (a matrix satisfying this property is called a reciprocal matrix).  If its largest eigenvalue $\lambda_{max}$ is equal to $n$, then the matrix $A$ satisfies the property (consistency property) $a_{ij} a_{jk} = a_{ik}$ where $i,j,k=1,2,...,n$.  I'm not convinced this theorem is true. Could anyone help? Encrypting as3 flash .swf Can I travel within the Schengen area if I currently don't have a valid visa or residency permit? It stands to reason: if it didn't, the entire sky would be covered with stars shining blindingly day and night.  But what causes a light wave (or an electromagnetic wave) to fade if there are no celestial bodies in its way? Or, alternatively, why doesn't it fade sooner? Some stars are visible to the naked eye that are hundreds of light years away. Others, closer, can only be detected with the aid of a telescope. Why? What software do you use to accurately draw geometry diagrams?