i want to know the messures an the weights of all cars?
443124
Go to this url, scroll down to the Table for Vehicle Codes and the corresponding GVW range for each code:\n\nhttp://216.109.125.130/search/cache?p=GVW+Car+Shipping+Rates+Table&y=Search+the+Web&ei=UTF-8&fr=ks&x=wrt&u=www.arb.ca.gov/msei/on-road/downloads/tsd/Vehicle_Population.doc&w=gvw+car+shipping+rates+table&d=RALxbhbfMf3v&icp=1&.intl=us\n\nNow, that was general information.  If you want specific information, I believe you can obtain this kind of detail from NADA at the following number 1-800-544-6232.  You will have to tell them what you want.  They will tell you how much it will cost (if they have it).  In the unlikely event that they do not have it, they might refer you to a likely source depending on how helpful they are.\n\nIf you could limit your request to some range of years and some few codes (vehicle codes you saw at first url) that would help.  Otherwise, you are actually asking for something akin to an encyclopedia volume.  \n\nWhat are you trying to do?  Put it into lucid and concise English and people will be more inclined to help.
214139
Here is a calculator to find you weight on other planets/moons/stars,\nhttp://www.exploratorium.edu/ronh/weight/index.html
956062
Hiya,\nI cant find the weight but to be honest I can't be bothered to read thru it all but here's the thing Ive found:\n\nhttp://www.mongoose.com/bikes/detail.php?id=493&brandLine=Pro_International&brandID=83\n\nSorry if its no help but Good Luck   :-)
306252
You cannot convert Volume into weight, you need more information.\n=)
298529
If you know the density of the material, you can measure it's volume.  D = M / V.  Therefore, the mass equals the density of the object times the volume.  The weight of the material is its mass times gravity.
104294
Performance\nBase Number of Cylinders: 8 Base Engine Size: 7.5 liters\nBase Engine Type: V8 Horsepower: 245 hp\nMax Horsepower: 4000 rpm Torque: 395 ft-lbs.\nMax Torque: 2400 rpm Maximum Payload: 4655 lbs.\nMaximum Towing Capacity: 12500 lbs. Drive Type: RWD
695211
15a) Ahh, lengths, areas, and volumes. Lengths are proportional to each other, areas are proportionatl to the square of the length, and volumes are proportional to the cube of the length.\n\na) The ratio of the area of the windscreen is ⅜^2\nb) The ratio of the capacities of their boots is ⅜^3\nc) The ratio of the widths is ⅜\nd) I suppose the model car has four wheels, just the original. It's a model, after all.\n\n15b) we are looking for a rectangle with area equal to 16. Let the width be w. Then the length is w + 6.\n\n16 = w(w + 6)\nw^2 + 6w -16 = 0\n(w + 8)(w - 2) = 0\n\nw = 2, and the length is 8. The area is 16.
635462
Maybe the car designers like a bottom heavy babe! In fact CG or centre of gravity of the vehicles is at a low point if the heaviest weight is aaranged at the lowest point. Since engine is the heaviest part, it is placed at the lowest possible point to give car highest stability
609693
weight = mass * gravity\ntherefor\nmass = weight/gravity\n\nsorry naughty but you're wrong, if you go to the moon or jupiter you will have the same mass you have in earth but you'll have a different weight
325473
Measure the weight of 1 cup of sand and figure it from there.\n\n :-)
895490
Mass = weight / acceleration due to gravity.\n\nIts weight on earth is 35N, and acceleration due to gravity on earth is 9.8m/s2 ...  so its mass is 35 / 9.8 = 3.57Kg  \n\nOn the other planet its weight = mass x acceleration due to gravity for that planet.\n\nwe know its mass is 3.57Kg so we need to find the planets gravitational pull to multiply it by.\n\nwe know an object falls 50m in 5 secs\n\nso using    S= 1/2 a t^2\n\n                  50 = 1/2 x a x 25\n                 100 = 25a\n                  a= 4 m/s2\n\n\nSo to find the weight on the other planet   F=ma   = 3.57 x 4  = 14.3N
89299
Gross vehicle weight is 5900 lbs, look at the link for much more information....
196208
Also, you cant go by just numbers alone.  When a car has X amount of Horsepower and X amount of Torque that means its maximum of each at a certain RPM.  Some cars have high numbers but are slower than others.  My friend had a 350Z brand new.  I had a 15 year old 5.0 mustang stock.  My car was rated around 225 hp 300tq his was rated at 300hp 260tq.  His Z was much smaller and lighter and brand new.  My car spanked his at off the line, rolling, freeway, anything.  My car did not have a good max hp but it had good power throughout the rpms rather than just peaking at a certain rpm.  So you cant go by just hp,tq and weight.  You really have to just drive the car.
247911
Try www.automotivenews.com or Crains businessweekly.
1075431
Strength of material, velocity, distance; any of these ring a bell!
586326
Here is the "How Stuff Works" website devoted to cars. It has pictures of many of the mechanical systems of automobiles. Very informative.
524937
look here\nhttp://education.yahoo.com/reference/weights_and_measures/index?p=volume