A mass of 30 kg weighs about 294 newtons (66.2 pounds) near the earth's surface.
Any force of 294 newtons (66.2 pounds) or more, pointing straight up, can lift a 30 kg load.
Because F=mg -> m=F/g On earth g=10 m/sec2 so m1=30/10=3 kg On the Moon g=0.16 m/sec2 so m2=30/0.16=180 kg m2
3 kg of mass weighs about 4.8 newtons (1.074 pounds) when it's on the moon.While it's still on the earth, it weighs 29.4 newtons (6.61 pounds).Note that it's always 3 kg of mass, no matter where it goes.
-- On Earth, 196.1 newtons (44.09 pounds). -- On the moon, 32.5 newtons (7.30 pounds).
81 newtons.
It's exactly 20 newtons on Earth, 3.31 newtons on the moon, 7.54 newtons on Mercury, 18.06 newtons on Venus, 7.59 newtons on Mars, and 1.19 newtons on Pluto. It's hard to say anything about Jupiter, Saturn, Uranus, or Neptune, because none of those has a solid surface that we're sure of.
20.5 newtons equal about 4.6 pounds.
To convert pounds to newtons, you can use the conversion factor of 1 pound equal to 4.448 newtons. Therefore, 180 pounds is equal to 802.56 newtons (180 pounds * 4.448 newtons/pound).
2000 Newtons
4.448 newtons.
To convert pounds to newtons, you can use the conversion factor of 1 pound is approximately equal to 4.45 newtons. Therefore, 35 pounds is approximately equal to 156.75 newtons.
To convert 120 pounds to newtons, you would use the conversion factor of 1 pound is equal to 4.45 newtons. Thus, 120 pounds is equal to 534 newtons.
30 Newtons (force on Earth) equates to approximately 3.1 kg.
25.9 kg = about 254 newtons.
5000 lbs of force is equivalent to approximately 22,241 newtons. This conversion is based on the fact that 1 lb is roughly equal to 4.448 newtons.
15 Newtons is 3.372 pounds.
109 pounds-force = 484.87 newtons (rounded)
newtons measure force not mass