how much to tires slip when driving 120 mph.?
366659
wet road? dry road? good tread or slicks? Professional driver on a closed course of someone who doesnt realize at 120 mph a tree will slice them and the car up like a loaf of bread?
704584
(41 miles/35 min)(60 min/1 hr) = 70.29 mph
962559
120.... not more than that...
778457
75mph! or as fast as you want long as you don't get caught!
440694
It depends on conditions. On soft, muddy trails you might need to go as low as 20 psig.  On hard-packed dirt,  you might go 50 or 55.  It also depends on the tire width.  If it's only 1.5" wide, you have to go higher than if the tire is 2.3".  Also remember, low pressure equals more grip in the soft stuff, but more flats on the rocky ground.   In a nutshell, tire pressure should be adjusted based on conditions.
842462
Drive ratio=24/15=1.6\nIn other words 1.6 rev. of A \nwill cause 1 rev. of C\nThis would mean an acceleration\n of 1.6rad/sec on wheel A will cause \nan acceleration of 1rad/sec on wheel C\n130 rev/min\n=130*2Pi rad/min\n=130*2Pi*1/60 rad/sec\nV=u+at\n130*2Pi/60=0+1*t\nt=260*22/7*1/60sec\n=13.6 sec
812527
the answer is 125 mi/hr
554079
(150mi/1h)*(1h/60min)*(1min/60sec)*(5280ft/1mile)=220ft/sec\n\nFirst, convert miles to feet: 150 miles * 5280 ft/mile = 792,000.  This is your feet/hour.\n\nNow, convert hours to seconds: 1 hr * 60 min/hr * 60 sec/min = 3600 seconds in one hour.\n\nDivide your feet/hour by seconds/hour:\n\n792,000/3600 = 220 ft/sec
811654
131-155 mph (114-135 kt or 210-249 km/hr)
13480
it varies by who you ask but the average accepted figures are between 60 and 70 mph
314424
top speed depends on the sign on the road you are driving on,most of them are 65 mph. some are 35. unless local law enforcement is not present.
737534
avg v = (start v - end v) / 2\navg v = d/t\n4 m/s = 80 m / t\nt = 80 m / 4 m/s\nt = 20 sec\n\na = change in v / t\na = 8 m/s / 20 sec\na = .4 m/sec^2\n\nF = ma\nF = (.5 kg) * .4 (m / (sec^2)) = 0.2 newtons\n\nThe coefficient of friction (also known as the frictional coefficient) is a dimensionless scalar value which describes the ratio of the force of friction between two bodies and the force pressing them together. The coefficient of friction depends on the materials used -- for example, ice on metal has a low coefficient of friction (they slide past each other easily), while rubber on pavement has a high coefficient of friction (they do not slide past each other easily). Coefficients of friction need not be less than 1 - under good conditions, a tire on concrete may have a coefficient of friction of 1.7. Magnetically attractive surfaces can have very large friction coefficients, and, theoretically, glued or welded together surfaces have infinite friction coefficients.\n\n(.2 newtons) / (.5 newtons) = 0.4
105796
top speed 185MPH \nhttp://sportcars.4mg.com/gts.html
426864
Roughly 3 ten-thousandths of a second.\n\nIf an object is travelling 60 mph, it moves at 1 mile or 5,280 ft/min.  60 seconds in an minute 5,280/60 = 88 ft per second.  12 inches in a foot = 1,056 inches per second.  2.76/1056 = approx. .00261 seconds.
1076359
0-60 is around 2 secs, and the braking is almost as fast, so it should be around 4 secs.
1134456
On a stretch of road that ran straight for about 3.5 miles, I clocked a oncoming vehicle at 136mph. I had never had one that high and was wondering if the radar was not accurate. I reset it and it showed 147mph, to my luck another unit was behind me about 1.5 miles and was able too stop the vehicle. Needless to say no ticket issued, he was jail bound and his vehicle towed. Not had one that high since.
1106658
About 18.5 miles per second. 66600 Mph