v = pi x r2 x h = 32,555.52 cubic inches
0.1678
Max Load 2520 lbs, Max Inflation Pressure 50 psi.
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If you own this stamp. That stamp is part of the "Scott R24" (?) series made from 1862 to 1871. You can purchase one on eBay for around $1. There are varieties, such as a cracked plate, that can be valued at several hundred dollars, but that will require expertization to determine.
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Yes, I have 24" rims with 275/25-R24 tires and it fits perfectly. had to grind a bit of the bolts that are in the wheel well and add spacers to allow me to be able to turn the wheel in both directions without any rubbing. now a days you can fit any size wheels on anything.
I have just calculated it, i am quite sure about my calculation but dont be mad if i made some mistakes. :) If "r1<r2" and the hight of the truncated cone "m" (distance between r1 and r2) then the distance "d" between r1 and the center of mass is: m*[ (r23/(r23-r13)) - ( (r24-r14)/(4*(r2-r1)*(r23-r13)) ) ] I did a test. in case its cylinder r1→r2 With limr2→r1 you get d=(1/2)*m which is correct. Hope I could help :) btw. shortly after I did an another test, in case it is a cone. By cone d=(3/4)*m. If r1=0 (then you get a cone) the formula gives you the same answer d=(3/4)*m. Now I am 97,5% sure that the formula is ok :)
It makes thermal energy (the heat), radiant energy (what we see), which is in essence more or less the same manifestation.
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The fastest qualifying car around the test track so far (1 July 2009) is the Gumpert Apollo in 1:17.2, however there have been several quicker that did not meet their criteria: # 0:31.2 - BAE Sea Harrier # 0:59.0 - Renault R24 Formula One car (Mildly moist) # 1:08.6 - Aston Martin DBR9 # 1:10.6 - Caparo T1 # 1.10.7 - Ferrari FXX (driven by Michael Schumacher)
The notable cars include the Nissan 350Z, Mitsubishi Lancer Evolution VIII, Dodge Charger, Mazda RX-7 (with Veilside body kit), Nissan Silvia (S15), and 1968 Ford Mustang Fastback (with a Nissan Skyline GTR motor).