OverAPI.com | Collecting all the cheat sheets Can’t Be Unseen (4 ← 20 Images That Can’t Be Unseen Can’t Be Unseen (4) By Jeff Wysaski | Published May 1, 2012 | Full size is 500 × 562 pixels Can't Be Unseen (5) Can't Be Unseen (3) Related Posts: The 60 Funniest Webcomics of 2013 Man Documents Mustache Progress With Celebrity-Inspired Selfies 21 Completely Delicious Burns and Comebacks Bookmark the permalink. 5 Responses to Can’t Be Unseen (4) kristina says: May 31, 2012 at 3:24 pm i don’t get it, explanation? Leave a Reply Your email address will not be published. You may use these HTML tags and attributes: <a href="" title=""><abbr title=""><acronym title=""><b><blockquote cite=""><cite><code><del datetime=""><em><i><q cite=""><strike><strong> Proudly powered by WordPress.
Top 10 Things You Can Upgrade with a Little Electronics Hacking it is a skill to do a good solder joint, it comes with LOTS of practice. so most people who rarely do it will ever get good at it. Bingo. Of course, part of the issue is having a soldering iron at the right temp with a properly tinned tip. I don't expect to ever master tricky stuff like smts or even multilayer pcbs so I'm not much better then a newbie, anyway - and I totally suck at sweating pipe joints. Ah, well... SMT is actually a bit better than through-hole once you get the hang of it.
How to Build a Robot Tutorial - Society of Robots Introduction to Mechanical Engineering Theory, Statics Want to optimize your robot parameters mathematically? Want to verify that an expensive motor you are about to purchase has enough torque? This is a math tutorial for robot chassis construction. This tutorial is useful if you would like to mathematically either prove your robot will work, or optimize it so that it would work better. Better yet, I have one of those degree thingies in Mechanical Engineering so this tutorial should be extra useful . . . My approach will be talking about the most common calculation uses of mechanical forces for robots. Theory: Statics Statics is concerned about how a mechanical system would act if everything is perfectly motionless and rigid. Remember in elementary you learned (or should have learned) that for every force there is an equal and opposite force? Now suppose you add in friction of joints, efficiency rates, multiple actuators, and unevenly distributed weight across an oddly shaped object.
Using Serials, Cracks & Keygens OK, so you’ve downloaded some great software, and you can’t figure out how to get it to work. In general there are only three methods that all ‘Release Groups’ adhere to for getting that illicit piece of software or game to good use: Serial numbers, cracks and key generators. In a proper release, there is always an information file that accompanies the release (an *.NFO file). It is here that information can be found about how to get the software working normally. NFO files .NFO files can be opened with ‘Notepad’ (and Wordpad - or any other text editing software) and make sure to select ‘Word Wrap’ under the FORMAT menu in Notepad. ](/tips/crack1.gif “A look at a ‘proper’ software release .NFO file.”){: rel=”lytebox”} Using Serial Numbers & Registration Codes This is fairly straightforward - just read the *.NFO file for registration information including username, password, registration code (or any/all that need apply). Finding serial numbers on the Internet: 1. 2. Using Keygens
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