what would your weigh be on pluto if you weighed 150lbs on earth?
349391
If you weighed 150 pounds on Earth, your weight on Pluto would be just 10 pounds.\n\nBecause Pluto has so little mass compared to Earth, it has far less gravity. Pluto, the least massive planet in our solar system has a mass equivalent to approximately 1/500th of the mass of the Earth. Consequently, the gravity on Pluto is 8% of the gravity on Earth.\n\nBy the way, since a "day" on Pluto is equal to 6.39 Earth days, you'd be less than 1/6th as old on Pluto as you are now on Earth, you skinny little 10 pounder, you.
893624
Wow your tall.lol.I would say 150-170?
879057
I'd say 150/x.... that's my final answer
926787
Mass is a constant.  \n\nWeight depends on gravity.\n\nSo, your mass is the same on earth and on the moon,\nbut you would weigh one-sixth as much on the moon\nas you do here on earth.
53237
about 170's a good weight.\n\ndinos
547339
i think this is a more practical way of appreciating it: compare gravitation on uranus and the earth using your body weight: go to the link below, type in your weight, then voila! - you get your weight on uranus!\n\nif you just want the numbers and plain facts (i.e., weight = mass x gravity, so you might want to check out mass and gravity, etc.), browse the facts and figures part of the site.
243047
If you wanted to have the effect of being on the mooon (with 1/6 gravity), you would need enoug Helium to balance out 5/6 of your weight.\n\nA 200 pound man has a mass of 90.9 kiligrams.  It takes about .7 kg of Helium to lift 1 kg.  So to cancel out 5/6 of the force of gravity acting on you, you would need about 53 kg of Helium.\nOne mole of Helium has a mass of 4.00 grams.  1 mole of Helium at STP has a volume of about 22.4 Liters.  Thus, you would need about 296800 Liters (946.4 cubic feet) of Helium, this is quite a lot.
747549
28\n\nDaily Points\nless than 150 lbs  20\n150-174   Lbs        22\n175-199   Lbs        24\n200-224    Lbs       26\n225-249     Lbs      28\n250-274    Lbs       30\n275-299    Lbs        31\n300-324    Lbs        32\n325-340     Lba       33\n350  lbs and over    34
882349
unfortunately the 2 previous answers are wrong you do still have weight in space!!!\n\nweight = grav field strength x mass\n\nand everywhere in space has some grav field strength! it may be very weak in some places but it's still there. remember this is what keeps all the planets orbiting the sun, and indeed all the stars orbiting their galaxies.\n\nhypothetically you might argue that at some singular point in space there might be a place where the grav fields of all objects with mass are cancelled out, leaving you with a zero field, but this point would wildly fluctuate in position depending on teh motions and interactions of every mass object in the universe.\n\nso the mass of said astronaught is 75xg  \nwhere g is the gravitational field strength at that point in space
52820
The gravitational pull on the moon is 1/6 that on Earth.  Note that on the Moon only your Weight (Pulling force of planet,etc) changes and not your Mass (Measure of amount of matter in an object).  So if your Mass is 100lb (approx 45kg) on Earth, it would still be 100lb on the Moon.  \nHowever your Weight changes from being 450N (450 newtons using the equation Weight = Mass x gravitational field strength on earth which is taken as 10N/kg) on Earth to 75.2N on the moon (1/6 that on Earth where g = 1.67N/kg)
86433
Assuming no external force, the obivous choice is 56.5g because the bouyant force is equal to mass*gravity
72845
use nasa's calculator:\nhttp://www.exploratorium.edu/ronh/weight/
587307
Yes, you would be upside down.   You'd get lighter and lighter as you approached the centre of the Earth.   As you continued towards the opposite side, your weight would start increasing,you'd start to feel upside-down and you'd reach the other side feet-first.   If I tried this, I'd turn myself through 180 degrees when I reached the centre.   It would be a whole lot easier.
509863
Far less than a light year!\n\nConsidering that Pluto is on average about 5913520000 Km from the Sun and that 1 LY equals 9460800000000 Km, you have that Pluto is 0,000625055 LY far from the Sun.\n\nYes, 1 LY is a huge distance.
157712
150 After i answer is question 152
73747
if the weight of the person is measured on Earth to be equal to 85 N then the mass is to be equal to \n\nm = F/a = 85/9.8 = 8.67 Kg\n\nif the weighting is taken on the moon then the mass is equal to \n\nm = 85 / 1.67 = 50.9 Kg
49851
less than 150 lbs = 20pts      \n150-174             22         \n175-199             24         \n200-224             26        \n225-249             28\n250-274             30\n275-299             31\n300-324             32\n325-349             33\n350+                34