Einstein's famous formula: E=MC² (Energy = Mass x Speed of Light squared)
A lesser known formulation of his, asserted that: If you were to strip naked and run around in a circle at the speed of 298 km/sec (the speed of light) it could be possible for you to screw yourself.
If you are not physically capable of achieving that speed at your age, you can easily accomplish the same result by: simply voting Democrat in the Nov. 8, 2016 election.
Tuesday, April 26, 2016
An alternative approach...
An alternative approach... Via my pistol-packing mama...
What would you do with...
What would you do with ... a spare battery-powered electric drill? Here's what this guy did! Via friend and former Navy colleague Mike B.
Human version 1.1...
Human version 1.1... Via friend and former colleague Simon M.:
Hmmm... I could think of a few other bugs that needed fixing!
Hmmm... I could think of a few other bugs that needed fixing!
Paradise ponders...
Paradise ponders... While we were driving on our trip Sunday, it occurred to me that I had my priorities on getting my office in the shed completed slightly out of order. I've been working on getting the heating system working, so that it can't freeze in the office (having my computers and other electronics frozen is not a good idea!). But ... there's no frost anywhere in the forecast now, and most likely there won't be any until next winter. The shortest path to a functional shed office right now would therefore be to get the network and power rigged up.
So yesterday I put the heating system work aside for the moment, and started on the networking and power. The network had already been run to a point just outside my office, so all I had to do to complete that was to put a pair of network jacks on my office wall and run short stubs out the other side. That's now done.
Now I'm in the middle of installing power strips and wiring up circuits. Some time ago I'd located some really nice quality power strips: 4' long, all metal, a built-in 15 amp circuit breaker, and 12 three-prong outlets, each rated 15 amps individually. I bought eight of these, two for each of the walls inside my office. I'm now in the middle of installing these 24" off the floor, where they should be invisible once I have tables and workbenches installed. I'm installing them in two groups, each with four power strips plugged into a two-gang duplex outlet. Each of those will be on its own 30 amp circuit.
This will give me a very well-protected power supply for the office. Starting at the meter, there's a 150 amp main breaker, then a 50 amp sub-box breaker, a 30 amp outlet box breaker, and finally the 15 amp breaker on each power strip. If I have some sort of malfunction, one of those things had better blow!
So yesterday I put the heating system work aside for the moment, and started on the networking and power. The network had already been run to a point just outside my office, so all I had to do to complete that was to put a pair of network jacks on my office wall and run short stubs out the other side. That's now done.
Now I'm in the middle of installing power strips and wiring up circuits. Some time ago I'd located some really nice quality power strips: 4' long, all metal, a built-in 15 amp circuit breaker, and 12 three-prong outlets, each rated 15 amps individually. I bought eight of these, two for each of the walls inside my office. I'm now in the middle of installing these 24" off the floor, where they should be invisible once I have tables and workbenches installed. I'm installing them in two groups, each with four power strips plugged into a two-gang duplex outlet. Each of those will be on its own 30 amp circuit.
This will give me a very well-protected power supply for the office. Starting at the meter, there's a 150 amp main breaker, then a 50 amp sub-box breaker, a 30 amp outlet box breaker, and finally the 15 amp breaker on each power strip. If I have some sort of malfunction, one of those things had better blow!
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