A men's 4 man bobsled with crew weighs how much?
82208
*  Two-man: minimum 384 pounds (170 kilograms) when empty, maximum 860 pounds (390 kilograms) with crew and equipment.\n    * Two-woman: minimum 284 pounds (170 kilograms) when empty, maximum 750 pounds (340 kilograms) with crew and equipment\n    * Four-man: minimum 463 pounds (210 kilograms) when empty, maximum 1,389 pounds (630 kilograms) with crew and equipment
117653
http://www.bigfitness.com/bigfit/4lbswimwrisw.html
1036294
letter b is the answer.. because the weight of the object is approx. 627.20kg multiplied by 9.8(acceleration due to gravity) so the product is the force..
951151
Weight the person has to lift = mass of the bucket * accelaration due to gravvity\nWeight the person has to lift = 24 * 9.8 J \nWork done = weight lifted * DIstace\n8*1000 J = 24 * 9.8 * Distance\nDistance = 24*9.8/8*1000 meters\nDistance = 3*9.8/1000 meters\nWell this is the answer. Right now i am feeling quite lazy to calculate all this. Hope you can manage with this answer. \nThanks
1036350
Did you check Ebay?  I never knew they made one man sculls. Thought that was a team activity BUT if they got em they will be on EBAY!!
195073
It weighed around 50 pounds, and was about 4 feet long.
613586
For calculating weight you will be needing the specific gravity or bulk density of the material it is made of.\nElse you need a weigh balance.
141117
The need for speed in a bobsled and luge dates back to at least 800 AD. Dangerously fast, bobsleds -- with two- or four-person teams -- were born from the toboggan as well as other early sleds used for transportation in snowy climates. The word "bobsled" comes from the fact that early sleds bounced, or "bobbed," while speeding downhill. \n\nIndividual racers plunged headfirst down the bobsled course on the ominously named "skeleton" sleds, steering with their head and shoulders. This is different from the luge (French for "sleigh"), on which one or two riders race lying down, feet first. Evidence of the luge dates back 1,200 years to Norway, where small sleds were first used as both vehicles and toys.
230728
weigh, sleigh, eight, eighteen, eighty, eighty-eight, weight, freight, Creighton College, sleigh-bell
859844
The previous answerer has the right idea but the wrong details.\n\nThe four parts should weigh 1, 3, 9 and 27 pounds.  The logic is that the desired weight is written in "balanced ternary" notation, where the values of the digit positions are 1, 3, 9, 27, 81, . . . (that's "ternary"), but the allowed digit values instead of being 0, 1, 2 (that's regular ternary) are -1, 0, 1 (that's balanced ternary).  Then the digit values for any desired total weight written down in balanced ternary tell you whether the weight for that column is to go in one pan, go in the other pan, or stay on the floor.
487670
None. It takes no power to maintain that speed (on level ground, no friction). The object has kinetic energy (0.5 * m * v^2). Power was required to put it in motion and power can be recovered by decelerating it. If you do the math, the energy is 3551.86 ft-lb, equivalent to 1 horsepower for 6.458 seconds. Answer 1 neglected the fact that weight must be converted to mass by dividing by g, and energy is proportional to v^2.
353938
we don't have 42 kg bags due to workplace health and safety regulations. It would require two people to safely lift that.\n\ni would guess a bag that size would cost about $30 US
681402
assuming 1.39/lb.\nit would take 7.5 lbs.\nso it would cost $10.43
470337
not more than 450 g (16 oz) in weight and not less than 410 g (14 oz) at the start of the match
241491
probably around 90kg.
617024
There is no specific weight...it is your choice BUT the lighter the better!
829185
2000N is the weight of the object...\nOr is that too obvious?