Truth About International Baccalaureate
Newgrounds.com — Everything, By Everyone
100 Amazing How-To Sites to Teach Yourself Anything | Rated Colleges
Posted by Site Administrator in Online Learning May 7th, 2009 Learning new skills and expanding your knowledge doesn’t have to cost you an arm and a leg. There are loads of free resources on the Web that can help you find instructional videos, tutorials and classes to learn a wide variety of skills from fixing basic car problems to speaking another language. With 100 sites to choose from, you’re bound to find something here that will help you learn just about anything you could want. General Tutorials These sites offer a wide range of tutorials and videos. Around the House Want to know how to fix that broken cabinet or hang up some great wallpaper? Business and Management If you feel like you’re seriously lacking on business and management skills at work, no need to worry. KnowThis? Language and Writing Those who want to learn a new language, improve their writing skills or just learn more about literature will be well-served by these instructional sites. Technology Math S.O.S. Science Creativity
The Gervais Principle, Or The Office According to “The Office”
My neighbor introduced me to The Office back in 2005. Since then, I’ve watched every episode of both the British and American versions. I’ve watched the show obsessively because I’ve been unable to figure out what makes it so devastatingly effective, and elevates it so far above the likes of Dilbert and Office Space. Until now, that is. I’ll need to lay just a little bit of groundwork (lest you think this whole post is a riff based on cartoons) before I can get to the principle and my interpretation of The Office. From The Whyte School to The Gervais Principle Hugh MacLeod’s cartoon is a pitch-perfect symbol of an unorthodox school of management based on the axiom that organizations don’t suffer pathologies; they are intrinsically pathological constructs. The Sociopath (capitalized) layer comprises the Darwinian/Protestant Ethic will-to-power types who drive an organization to function despite itself. Back then, Whyte was extremely pessimistic. Which brings us to our main idea. You bet.
Play free games online
How to: Find ANYTHING on the Internet
Photo by Dullhunk Tips, tricks and resources to help you find that digital needle in the huge cyber-haystack. Learning to navigate the World Wide Web effectively is an important skill, and there are lots of different ways for you to find the information you are looking for. Whilst the following list of tips and websites is by no means exhaustive – and we’ve missed out on some massive topics except travel, which deserve a post in their own right – they should be enough to get you started. Using Google Operator Hacks One of the things I love about Google is its clean layout – just type your query and hit enter. Here is a selection of some useful ones: And don’t forget if you want to visit a site that is down, or that your company’s server won’t let you access, you can view the Cached version to see a Google snapshot of that page from when it was last crawled. Photo by author. Online Research Biblical text: Find specific text from the Bible at BibleGateway. Photo by Shirone Koeuro
BetterExplained
aobrecht's Home
Online University Libraries
LimitLaws.html
Limit of a Constant Function Let be a constant. Then Example: Suppose that we consider . approaches as approaches (but is not equal to) 1. is constantly equal to 5, its value does not change as nears 1 and the limit is equal to 5. Example: The Heaviside Function Define the Heaviside function as follows: > H:=piecewise(x<0,0,x>=0,1); We investigate the left and right-hand limits of the function at 0 visually. > plot(H(x)+1,x=-2..2,y=-1..3,discont=true); Notice that while . does not exist because does not settle down to one specific finite value as approaches 0. The Squeeze Theorem If and when is near (except possibly at ) and both , then Example: We evaluate . does not exist. > g:=x->(x^2)*sin(1/x); > plot(g(x),x=-1..1); It appears that approaches 0 as approaches (but is not equal to) 0. > plot(g(x),x=-1/2..1/2); It still seems that 0 is a good guess for the value of the limit. really is equal to 0? , name . > plot([-x^2,g(x),x^2],x=-1/2..1/2,color=[green,red,blue]); The red graph of respectively. Moreover, . also.
Sid Meier's Civilization® V on Steam
The Flagship Turn-Based Strategy Game ReturnsBecome Ruler of the World by establishing and leading a civilization from the dawn of man into the space age: Wage war, conduct diplomacy, discover new technologies, go head-to-head with some of history’s greatest leaders and build the most powerful empire the world has ever known.INVITING PRESENTATION: Jump right in and play at your own pace with an intuitive interface that eases new players into the game. Civ veterans will appreciate the depth, detail and control that are highlights of the series.BELIEVABLE WORLD: Ultra realistic graphics showcase lush landscapes for you to explore, battle over and claim as your own. Art deco influences abound in the menus and icons in the most well-designed Civ ever developed.COMMUNITY & MULTIPLAYER: Compete with Civ players all over the world or locally in LAN matches, mod* the game in unprecedented ways, and install mods directly from an in-game community hub without ever leaving the game.
Free Technology for Teachers
