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The magic keyboard is a keyboard that can do many things that other keyboards can not do. This keyboard is made by Apple and is wireless. Instead of using a nanochip, it uses Bluetooth to connect to your computer. It is white and has a very sleek design. Furthermore, it has extremely long battery life. Finally, it is small and easy to carry. That is the magic keyboard, by Apple. ... Read more
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The overall feeling of a website is much more than just a logo design. While graphics and logos are necessary, the entire website should feel like one big entity. This occurs through matching typography and icons, but also through the choice of colors. All websites start out as a blank canvas capable of possessing many decorating and styling elements. It’s worth examining what other sites have done and how their color scheme matches with the logo and overall site content. Even if you’ve settled on a particular shade of burgundy, you might look into darker shades of red and maroon for other areas. Providing the right balance of colors on your website can lure more viewers and can make the overall content on your website more appealing.... Read more
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The Magic Mouse is a mouse that is made by Apple. You can buy this mouse online and at stores that sell them. What makes them so magical? Well, they practically have infinite battery life, 100% wireless, and have many cool features that other mouses do not obtain. That is why the magic mouse is very cool.... Read more
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6174 is known as Kaprekar's constant after the Indian mathematician D. R. Kaprekar. This number is notable for the following rule: (1) Take any four-digit number, using at least two different digits. (Leading zeros are allowed.) (2) Arrange the 4 digits from highest to least to form the greatest number possible with those 4 digits. Then do the opposite and arrange those digits from least to highest to form the smallest number. Subtract the smaller number from the bigger number. Go back to step 2 and repeat. The above process, known as Kaprekar's routine, will always reach its fixed point, 6174, in at most 7 iterations. Once 6174 is reached, the process will continue yielding 6174. The only four-digit numbers for which Kaprekar's routine does not reach 6174 are repdigits such as 1111, which give the result 0000 after a single iteration. All other four-digit numbers eventually reach 6174 if leading zeros are used to keep the number of digits at 4.... Read more
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Computers are super cool and you can do a bunch of things with them. For example, you can do coding on it. You can code websites, games, and more. I even used a computer to type this article. You are probably reading this article on a computer. That is why computers are super cool.... Read more
