how much does the moon weigh?
550303
Moon/Earth Comparison\nBulk parameters\n\n                                   Moon         Earth      Ratio (Moon/Earth)\nMass (1024 kg)                    0.07349       5.9736     0.0123    \nVolume (1010 km3)                 2.1958      108.321      0.0203\nEquatorial radius (km)           1738.1        6378.1    0.2725      \nPolar radius (km)                  1736.0        6356.8    0.2731\nVolumetric mean radius (km)        1737.1        6371.0    0.2727\nEllipticity (Flattening)          0.0012        0.00335    0.36    \nMean density (kg/m3)               3350          5515      0.607      \nSurface gravity (m/s2)            1.62          9.80       0.165    \nSurface acceleration (m/s2)       1.62          9.78       0.166    \nEscape velocity (km/s)            2.38         11.2        0.213    \nGM (x 106 km3/s2)                 0.0049        0.3986     0.0123 \nBond albedo                       0.11          0.306      0.360\nVisual geometric albedo           0.12          0.367      0.330    \nVisual magnitude V(1,0)          +0.21         -3.86          -\nSolar irradiance (W/m2)            1367.6        1367.6    1.000      \nBlack-body temperature (K)          274.5         254.3    1.079      \nTopographic range (km)               16            20      0.800      \nMoment of inertia (I/MR2)         0.394         0.3308     1.191\nJ2 (x 10-6)                     202.7        1082.63        0.187  \nRef The foll link
60690
The amount of matter in an object is called its mass. The force of gravity is dependent on the amount of mass a body has. That means that the gravity on the Earth is greater than the gravity on the Moon, since the Earth has much more matter or mass than the Moon.
730479
The average distance from the Moon to the Earth is 384,401 kilometres (238,857 mi).
638389
you mean affect? \n\nI dont think the gravitational pull does much more, but I know plants and animals ( mostly underwater) use moonlight to do their photosynthesis, so the moon is not useless
1791
Gravity attracts an object with mass towards the center of the earth.  You must do work, expending your own energy, to overcome gravity and raise a weight.  The weight now has potential energy equal to the weight times the distance raised.  If you raised a 100 Lb weight one foot, you did 100 ft-Lbs of work on the weight and the weight now has 100ft-Lbs of Potential Energy that can be used to do work, such as lift another weight on the other end of a seesaw.  All of the energy discussed derives from the earth's gravitational field which has been converted to mechanical energy.  You could perform the same task on the moon except the amount of work and potential energy would be far less because the moon has less gravity.  Also a pound weight on earth would weigh far less on the moon and scientists would usually use units of mass which is constant on the moon and earth to perform calculations.
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)
1043150
Your body still has the same mass so your weight would not change.  However, there is a difference due to gravity.  The Ground Reaction Force (based on Newton's Third Law of Motion) would change due to the surface area to which gravity is applied.  This is the basic principle why astronaut's weigh less on the moon than on Earth because of the amount of gravity.  So yes, if you slouch you would weigh more because of gravity but it would be such a small amount of difference that it wouldn't be measurable on a standard scale.
214139
Here is a calculator to find you weight on other planets/moons/stars,\nhttp://www.exploratorium.edu/ronh/weight/index.html
438648
The Moon has a surface area of 152 million square kilometers.\nThe Earth is 13.5 times larger.
856775
Ok, let's set this straight. Weight is a measure of the force exerted on an object by a gravitational field. It is measured in NEWTONS. Most people are getting this mixed up with mass, which can be measured in metric tons and doesn't change from one gravitational field to another. The weight of the lead on the moon is only 166 Newtons.
78174
The average distance from the Moon to the Earth is 384,403 kilometers (238,857 miles), and its orbit is elliptical.
111372
mass is the amount of matter, weight is the force gravity exerts on an object. mass stays the same, but weight changes if you go to the moon etc.
28161
THE OTHER SIDE OF THE MOON.
998042
The earth has mass, weight depends on gravitic pull.\n\nEarth's Weight (Mass): 5.972 sextillion (1,000 trillion) metric tons. That's 5,972,000,000,000,000,000,000 tons
946175
the moon does have gravity, and the flag was not waving it was shaking when they put it in the ground, \n\ncheck this out this video\n\nhttp://www.youtube.com/watch?v=qMrUpCjVHIk
587803
The moon's gravity as felt on earth is indeed much weaker than that of earth, but it acts on the entire area of the earth, in particular on the earth's water layer, a shell 8000 miles in diameter. This weak but widespread gravity force raises slight bulges only a few feet in height, a small distortion of such a huge shell. The two bulges are located close to the areas nearest to and farthest from the moon, the points of greatest and smallest moon gravitational pull. Rotation of the earth causes these bulges to travel around the earth's water layer. Tide can be thought of as an extremely long wave that occurs at predictable times (about twice a day) with predictable amplitudes. Resonant sloshing in the ocean basins amplifies the water height disturbances on shore.\nThe greater tidal amplitude at full and new moons is due to the additive effect of solar gravity when the sun, earth and moon are all more or less in line. Incidentally, the size of ordinary waves is only marginally related to tides.
1028524
The force would be 1/4 what it is now (since gravity follows an inverse-square of distance law). As it is, moon's gravity has next to no effect on our weight on earth, so weight change would be unnoticable. The main effect would be on the tides. Rather than being the primary determinant of tide height, as it is now, the moon would be a secondary influence and the sun would be the primary. This would reduce tidal heights by (very roughly) one half.