I want my footer to look like this   Currently, it looks like this :    My image is not fixed and I want "Thanks our friends at" to be near the image middle, like in the example above.  Another problem is when I resize the page, all the text from the footer exits from the div.  Code:     #footer {     background-color: #3f4951;     display:block;     margin:0 auto;     width:100%; }  section {     display:block; }  .row {     margin:0 auto;     width:100%; }   .footer-top {     padding: 37px 0 38px; }  .column {     padding-left: 20px;     padding-right: 20px; }  .footer-top nav {     float: left;     margin: 0;     max-width: 60%;     text-align: left; }   .footer-top nav a {    color:#a9abad; }  .footer-top .thanks {            margin-left:200px;    float:left;    max-width: 35%;    width: 250px; }  .thankstext {      color:#a9abad;      font-size: 16px; }   .footer-top * {     color:#a9abad;         }  .footimage {  } &lt;div id="footer"&gt;     &lt;section class="footer-top"&gt;         &lt;div class="row"&gt;             &lt;div class="column small-12"&gt;                 &lt;nav&gt;                       &lt;a&gt;New or Existing Home Installation |&lt;/a&gt;                      &lt;a href="#"&gt;Flushing |&lt;/a&gt;                      &lt;a href="#"&gt;Serivicing |&lt;/a&gt;                      &lt;a href="#"&gt;Service3 |&lt;/a&gt;                      &lt;a href="#"&gt;Service4 |&lt;/a&gt;                      &lt;a&gt;All Services will be listed here.&lt;/a&gt;                  &lt;/nav&gt;                  &lt;div class="thanks"&gt;                      &lt;div class="thankstext"&gt;Thanks our friends at&lt;/div&gt;                      &lt;img class="footimage" src="footimage.png"&gt;                  &lt;/div&gt;              &lt;/div&gt;         &lt;/div&gt;     &lt;/section&gt; &lt;/div&gt;
Why won't vertical-align: middle work?  And yet, vertical-align: top does work.   span{   vertical-align: middle; } &lt;div&gt;   &lt;img src="https://via.placeholder.com/30" alt="small img" /&gt;   &lt;span&gt;Doesn't work.&lt;/span&gt; &lt;/div&gt;
Do Mandalorians truly never remove their helmets? In episode 3 of The Mandalorian, it is said that Mandalorians never remove their helmets for any reason. Really? Not even to sleep or bathe? Is there any canonical source for this idea? I’m going to assume that the “never” implies “Never removes their helmets in public…” right?  But in flashback scenes to the Mandalorian’s childhood, nobody is really pictured wearing Mandalorian armor let alone helmets. They simply seemed like basic humans who might just be unified by wearing maroon wardrobes all the time.  So what is the deal with this claim? What is the canonical context of the claim?      Looking for in-universe, canonical explanations; not armchair speculation and theories. If none (currently) exist, legends explanation would suffice. Regardless, please provide references and context. 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Most of the time I'm been shooting in one of the "semi-manual" modes like aperture priority or shutter priority, but now I'd like to try using full manual mode. I should have a new EF-S 17-55 f/2.8 delivered when I get home today. Before I was using a variable aperture Sigma 17-70 which made manual mode more difficult with the aperture changing arbitrarily.  I understand the effect of changing aperture and shutter speed, but right now I'm accustomed  to only controlling one at a time. The camera is usually setting the other to get the right exposure automatically for me. So if I'm controlling both how do I know I have the correct exposure? I understand I need to use the metering in my camera but I'm not sure exactly how do do that.   First when should I be using each of the metering modes (Evaluative, Partial, Center weighted, or Spot)? These just change the area of the scene which is metered correct?  How do I know what the meter should read off a specific object? 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Finally, does exposure change with distance to the subject? For example say I want to take a picture of a statue with correct exposure using a gray card. I'd place the card on the statue, and while being careful not the block the light on the card find the correct exposure by spot metering the card. If I were then to step back 20' to get the whole statue in frame would I still have the correct exposure? Is "TABLESAMPLE BERNOULLI(1)" not very random at all? Can't get armature to move mesh! How to prove that $\lim\limits_{x\to0}\frac{\sin x}x=1$? Expected value of the number of flips until the first head Suppose we flip a coin until we see a head. What is the expected value of the number of flips we will take?  I am pretty new to expected value, so I tried to evaluate it by multiplying the probability of each scenario with the number of flips it took to get there (like taking the arithmetic mean). This didn't work though, because of the infinite possibilities. I'm really confused, and if someone were to provide an answer, I would really appreciate it if they could go into detail. How do I recruit beta testers? We're a small company without enough employees to run a large scale beta in house.  The app is geo-location based so we're trying to recruits some beta testers from all over that aren't "friends and family".  Are there any sites or communities dedicated to something like this? Proving Binomial Identity without calculus How to establish the following identities without the help of calculus:  For positive integer $n, $ $$\sum_{1\le r\le n}\frac{(-1)^{r-1}\binom nr}r=\sum_{1\le r\le n}\frac1r $$  and  $$\sum_{0\le r\le n}\frac{(-1)^r\binom nr}{4r+1}=\frac{4^n\cdot  n!}{1\cdot5\cdot9\cdots(4n+1)}$$ Difference between  and What causes the expansion of space? How would I go about identifying a port, card or connector on my system which I am unfamiliar with?  Where would I find information on what these parts are? 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