A patient weighs 176 lbs. What is the mass in kg and fg?
916686
80kg (176 divided by 2.2)\n80,000,000,000,000,000,000 fg
243768
1 kilogram is equal to 2.2026 Lbs.\n\nFor more weight conversions go to http://www.itinscales.com/weightcalc.htm
280777
The Height you entered is 155 centimeters. The Weight you entered is 52 kilograms.\nYour Calculated BMI is: 21.6\n\nNormal weight = 18.5-24.9
1069095
1.62 M\n57.15 kg\nGoogle has a real good conversion tool. Just type in the search field, 9 stones in kilo and it will work it out for you.\nBy the way Sam, hope all is working out at home now
951234
Grams are mass\nKiloliter is volume.\n\nYou can't convert 1 to the other.
812295
Er, gravity really has nothing to do with this question. Fk = coefficient*Fn.  Fn = mg.  -19.6 is your Normal Force.  But yea, the answer is correct.
451020
Weight is define by your mass times the acceleration due to gravity where you are.  So you mass is the same anywhere in the universe but your weight will be effected by where you are.  Now what is weight measured in?  This is dependent on the units you use for mass and acceleration.  Using kilograms for mass and m/s^2 for acceleration you will get newtons.  Use slugs and ft/s^2 you get a pound-force.  Using a standard equivalence between pounds and kilograms you get kilogram-force.  Many people think kilograms is a measure of weight when it really is not, its kilograms-force.  There should be somewhere on most scales that will show a lbf or kgf instead of just lb or kg.  Newtons is the standard SI unit of measure though.\n\nEdit: when i say acceleration, i mean acceleration due to gravity.  Weight *is* a unit of force.\n\nhoarp001:  Weight is a unit of force, all the units you put there are units of mass, not weight.\n\nzeno : "From other experiments, we know that g, or acceleration by free fall is actually an acceleration of 9.8N at sea level"  G is acceleration due to gravity.  According to your "9.8N" your mass would be a kg*N, not newtons.  Pay attention to your units, especially since he was asking a unit question.  Standard SI would be 9.8 meters / second^2, CGS would be 980 centimeters / second^2.  If using standard engineering units, it would be 32 feet / second^2.  Bascially anything that is a length per time ^2.
219849
5.2RMB/kg \n----a chinese answer
581934
834 Newtons\n\nF = m(kg) * g (m/(s*s)\n\nF = weight in N\nm = mass in kilogram\ng = gravity in m/s2 \n\nF = 85kg * 9.81 m/(s*s)
1078278
0.0001 seconds\n225 years old\n569 pounds
520037
1 kg = 1,000,000 mg\nBut that doesn't help you for pharmacology.  When you get the mg/kg unit, it's mg med/kg body weight, so 1000000 mg does not equal 1 kg, since you're talking about two different units (medicine vs body weight).\n\nIf a patient is prescribed 1mg/kg, and he weighs 50kg, he should get 50mg of the medicine.  How many mililiters of it?  It depends on how much water you use to dissolve that 50mg of medicine.
624604
i have the most accurate answer\n\n1 pound = 0.45359237 kilograms\n\n1 kilogram = 2.20462262 pounds
768597
I would guess 120-135 pounds.
65650
There are 2.2 lbs in a kilogram, so I would say about 99 pounds.  \n\nCheck out this tool.\nhttp://www.onlineconversion.com/area.htm...
100875
divide your weight in pounds by 2.2  this will be your weight in kilograms
931958
Well, its obvious from reading the problem that you are supposed to equate the moments of the scales. That is to say, Fg1*d1 = Fg2*d2 (force * distance = moment). I cannot see Figure P8.67, so it is rather difficult to deduce the exact setup.\n\nThen: 450N*d1 = 310N*(2m-d1)\nsolving for d1:\nd1 = (2*310)/(450+310) m = 620/760 m = 31/38 m\nThat would mean that her center of gravity is located at (1m - d1) meters in front of her, 1 m - d1 = 7/38 m = .184 meters in front of her.\n\nAssuming she is standing in the center, with 16cm long feet (her feet end 16/2 cm in front of the middle of the plank):\n700/38 cm - (16/2) cm = 396/38 cm = 10.42 cm\nMeaning, her center of gravity is 10.42 cm in front of her feet.
32418
1 inch ~ 2.54 cm\n1 ft ~ 30.48 cm\n\ntechnically, a pound (lb) and grams/kilograms do not measure the same thing. a pound is a measure of weight (a force) while a gram is a measure of mass.  At sea level on earth, where gravity is about 9.81 m/s^2, a mass of 1 kg would approximately have 2.2 lb of weight.  But for basic science classes, this is assumed to be interchangeable