We have seven, 425 pound men, in a compact car.....?
919024
You need to clarify some details.  Are they all peeing at the same time?  Is the 35 degree angle from the ground up?  What modifications have been made to the frame to keep this weight off the tires?  And last, but not least...what size tires and how much tread is left?\n\nToo funny!!
796811
*busts up laughing* that's... that made my day LOL oh man... that's awesome. WELL! I've seen them driving everything from a van (not a mini-van! A VAN) to a convertible (2-seater!), so yanno, it varies LOL oh and by the way, I actually have seen nuns in vans and in a two-seater car LOL
787961
because they wannnaa riddee in themmmmm bmw lexus annnnd eclipssesss maannnnn....shoot they tryna ride big too
637321
automobile, compact, volkswagen
361727
I couldn't agree more.  451 cubic inches of pure Mopar Muscle.  510 Hp 544 ft/lb of torque in my 68 Dodge Charger.  I wouldn't trade it for an Evo, Subaru, and definately not a honda.
257704
There was one big guy on Road Rules, but he didnt last long.  It would be interesting if they actually got one or too larger sized people on Real World, would make it seem more real and not fake like they make it.
177889
That is not a riddle nor a tough decision, I have not come across a car that only seats one person so the only right thing to do is take everyone, anything that is in your car is replaceable, the people are not!!!! But you would have many pick and chose, especially if you add race and or religion. Sad to say our society is in poor shape, with some exceptions.\n\nOH I get it! Well I always joke that my hair is dyed blonde for a reason.
905588
When the seven people get into the car it lowers to a new equilibrium position where the restoring force of the springs balances against the weight. Let m be the average mass of each individual then\n\nk*x = 7*m*g\n\nwhere k is the spring constant, x is the displacement caused by the seven people in the car, and g is the acceleration due to gravity.\n\nNow you can solve for the spring constant associated with the car\n\nk = 7*m*g/x\n\nThe bouncing car exhibits harmonic motion and is characterized by an angular frequency\n\nw = sqrt(k/M)\n\nwhere M is the mass on the unloaded car. Plugging in the known value for the spring constant\n\nw = sqrt(7*m*g/(M*x))\n\nThe linear frequency is\n\nf = w/(2*pi)\n\nwhich will be in Hertz.
315528
there are total four people instead of supposed 7.
374781
That is way, way too heavy for a carrier. Why don't you just get a small trailer and use the tow package for what it was designed to do.....tow things. Put your suitcases on a rack. Bye the way..... the Ford was a good choice.
761727
7\n\n1 in 05\n6 in 06
569933
hmmm... looks like u guys need one more guy. count me in. that way 3 guy and three girl, so one will be left out.
420921
No more than four please consider that no more than two each per humanoid. Allowances are made for the handicapped and the well endowed.
1056551
They are strapped in their seats.
160628
i guess you are talking about very small flies.  well there may be millions of them and you had the impression that these flies are moving at the same speed of your car.
56230
ohhh... i am 5'7 135 pounds !\nMaybe we are fitted????
515212
I don't really understand your question, but I would say if 15 are hatch-backs, then 15 people at college need a good bit of boot space. I would also deduce that 25 cars would not be hatchbacks, so I would say there are 25 teachers and 15 students (with their own cars).