By William Gurstelle
A choice of the medical American ebook Club
Want so as to add extra pleasure in your life?
This bold mixture of technological know-how, heritage, and DIY tasks will convey you the way. Written for clever chance takers, it explores why hazard is sweet for you and info the artwork of residing dangerously.
Risk takers are extra profitable, extra attention-grabbing people who lead extra pleasurable lives. not like observing an motion motion picture or taking part in a game, real-life adventure adjustments anyone, and Gurstelle can help you find the real thrill of creating black powder besides dozens of alternative edgy activities.
All of the projects—from throwing knives, ingesting absinthe, and consuming fugu to cracking a bull whip, studying bartitsu, and development a flamethrower—have brief studying curves, are hands-on and reasonable, and display precise yet average risk.
With a robust emphasis on protection, every one in all probability life-altering undertaking comprises step by step instructions, images, and illustrations in addition to troubleshooting assistance from specialists within the field.
Read or Download Absinthe & Flamethrowers: Projects and Ruminations on the Art of Living Dangerously PDF
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Additional resources for Absinthe & Flamethrowers: Projects and Ruminations on the Art of Living Dangerously
In some tubes, the filament also serves as the cathode. This type of electrode is called a directly heated cathode. In other tubes, the cathode is separate from, and surrounds, the filament. This arrangement is called an indirectly heated cathode. The electron-collecting electrode is known as the anode or plate. The cathode, and by extension the negative DC output of the power supply, is usually connected to a metal chassis that serves to support all the electronic components in the device. The chassis is connected to electrical ground.
Tubes work better in certain ways than semiconductor devices do, even today. Tubes can tolerate momentary voltage and current surges and transients better than semiconductors can do. Some popular music bands claim that amplifiers built with vacuum tubes produce richer, truer sound than amplifiers built with semiconductor devices. But tubes have two big drawbacks: They need high voltages to operate, and they consume a lot of power for the actual work that they do. Did You Know? Back in the days when vacuum tubes prevailed in electronics, it took from 50 to a few hundred volts of DC to make a vacuum tube function, even in relatively small consumer devices, such as clock radios and portable television sets.
Most electromagnets have rod-shaped cores. When you wind a wire into a coil around a rod-shaped object, you get a solenoid. A solenoid’s length-to-diameter ratio can vary from extremely low (like a fat pellet) to extremely high (like a thin stick). Regardless of the length-to-diameter ratio, however, the flux produced by current in the solenoid’s coil temporarily magnetizes the core that runs through it. You can build a DC electromagnet by wrapping insulated wire around a large iron bolt. You can find these items in any good hardware store.
Absinthe & Flamethrowers: Projects and Ruminations on the Art of Living Dangerously by William Gurstelle