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Storage? I am Storage!
Cheers, Chewy. You're a first class contributor.
Maximum emergency braking rate depends upon track adhesion. Adhesion varies with speed (it's way less at high speeds). On good track, figure you can obtain an average deceleration of around 0.1g (2.2 mph/sec). At that rate, it'll take you about 4 km to stop from 320 km/hr. A more typical service stop from 320 km/hr would cover 5 signaling blocks ( ~7.5 km ), with the entry speeds from the first to last block being as follows- 320...300...270...220...160. You enter the last block at 160 km/hr, and stop by the end of the block.How fast do they decelerate to zero?
It's an understatement to say these things don't stop on a dime. They still stop way better than your typical American freight train, which might take upwards of a mile to brake from 60 mph to a dead stop.
Someone must have been paid by the word and had their thesaurus handy when they cooked up all that verbage.Loving the English used in the Level 10 GT Flash website. So capable, yet so wrong.
Why are you buying bras, and what's "expensive"?I had no idea that bras were so expensive.
Is your wife going to have to wear a safety harness and clip herself to the stove so she doesn't get sucked up into it when you have it powered on? :rofl:Installing a high-powered kitchen fan (1000cfm+, 28,300l/min+, 690W)
The afterburner would definitely cook them up fast. :rambo:But you could roast weinies in the exhaust! :-D
What's the socket of your motherboard? There are extremely goood heatsinks out there, many of which are not very expensive. What's your budget?
I wonder where I can get a 120mm squirrel cage fan for my CPU heatsink? It would be an interesting comparison test but I've never seen one. Noise is not a factor to me; There is plenty of room in the case I use; and I do care about cooling my OC'ed processors...