Force = mass x acceleration
f=ma
since on earth a=g =9.81 m/s²
therefore
f= 784 N = m x 9.81
m = 784/9.81 = 79.918 kg
Depends on the dog! A great dane would still be heavy even on the Moon, while a "minpin" would be even lighter than here on Earth.Because of the Moon's smaller size and lower density, the force of gravity is about 1/6th that of Earth.
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80 kg
Weight is a force acting on a smaller mass due to a gravitational interaction with a larger mass. The weight of an 80 kg human on a 5.974*10^24 kg planet with a radius of 6378 km (this is earth) is equal to 784 Newtons (or 176 lbs).
On earth it is 784 newtons or 176 lbs.
Your mass is a measure of how much matter you're made up out of. That does not change if you go to the moon (or elsewhere). Your weight is the product of your mass AND the mass of the planet (body) you're standing on ---- divided by the distance between the two --- and the moon masses much less than the Earth. Another way of putting this is your weight is your mass multiplied by the gravitational pull, so Weight = Mass x Gravitational Pull Now, considering that the gravity of an object depends on its mass, and as said before, the Earth's mass is far greater than the moon's, the gravitation pull of the Earth (Equal to roughly 9.8 N/kg) is greater than that of the moon (Roughly 1.6 N/kg) So say someone's mass is 80kg, their weight (on Earth would be) Weight = 80 x 9.8 This means their weight is 784 Newtons on Earth, where as on the moon their would weigh Weight = 80 x 1.6 And they would weigh 128N. Hope this helps.
The mass' approximate potential energy at four meters is 784 joules.
784
It is equal to 36.28 kilograms approximately. Kilogram is the metric unit and pound is the imperial unit for mass. 1 Kilogram is 2.204 pounds. So we multiply pound by 0.4535 to get the equivalent kilograms.
784 is a squared number because 28*28 = 784
784 -127 = 657
784 = DCCLXXXIV
28 28X28=784
72 * 784 = 56,448