Hoac Theo Search Results

How To: Mix a dirty vodka martini

Theo explains how to make martinis that you’ll like. He starts with vodka, preferring Grey Goose or Smirnoff. He explains that basic vermouth is fine in a martini; expensive vermouths don’t do much for the flavor. He uses a standard martini glass for serving and suggests chilling them in the freezer, and the stainless steel part of a Boston shaker and strainer for mixing the drink. He suggests having olives on hand for a dirty martini, and picks to hold the olive garnish. He starts by fil...

How To: Install & Use the Ultra-Secure Operating System OpenBSD in VirtualBox

OpenBSD implements security in its development in a way that no other operating system on the planet does. Learning to use the Unix-like operating system can help a hacker understand secure development, create better servers, and improve their understanding of the BSD operating system. Using VirtualBox, the OS can be installed within a host to create a full-featured test environment.

News: Metal Isn't Flammable... Right?

Theo Gray of Gray Matter explains the principle behind sending steel up in flames- as long as it's steel wool, of course. The process is beyond simple. Spend 2 bucks and 2 minutes: purchase a steel wool pad, hold in pliers, light with a match. But the question is, why is steel wool flammable, while other forms of metal are not? Explanation below the video. Theo says:

How To: Create an expression driven panel in 3ds Max

This is a 3ds Max tutorial that David Fano has tuned into a video from a PDF written by Theo Calvin and Omer Barr. Using wire parameters and expression controllers in 3D Studio Max we will make a panel that opens and closes based on the distance of a point. Learn how to model in 3ds Max with wire parameters and expression controllers. It will help if you are already familiar with the 3ds Max interface for this tutorial. Create an expression driven panel in 3ds Max.

How To: Make Bullets? Make it Rain Molten Lead

In 1782, an English plumber named William Watts came up with a clever method for making shotgun ammo. Watts constructed a six story "shot tower", consisting of a series of perfectly lined up holes, drilled into all six floors of the structure. Watts then poured molten lead through a sieve from the top story, through the holes of each floor, finally landing on the bottom floor in a pool of water. The cushioned impact resulted in a perfectly formed bullet.

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