"Weight" is the two-way gravitational attraction between two objects. A single object
in space all by itself has no weight. In order to measure its weight, you need to have
another object around to set up a mutual gravitational attraction, and then the weight
will depend on the mass of the other object, and also on the distance between the
centers of both of them.
If I am the other object and I am located one earth-radius from the center of the earth,
then the earth weighs 185 pounds, or about 822 newtons.
Wiki User
∙ 13y agoOn Earth, 1,500 kg of mass weighs 14,710 newtons.
An object with a mass of 20 kg weighs about 196 Newtons (44 pounds) on earth.
588.399 newtons. (60 * 9.80665)
They will weigh approx 22.25 Newtons.
Multiply the mass (in kilograms) by the gravitation (9.8 meters per second square, near the Earth's surface), and you get the weight (in Newtons).
186 pounds (827 newtons)
On Earth, 1,500 kg of mass weighs 14,710 newtons.
Your weight on the moon would be approximately one-sixth of your weight on Earth. So, if you weigh 545 newtons on Earth, you would weigh around 91 newtons on the moon.
On Mercury, 1kg would weigh approximately 3.7 Newtons. This is due to the lower gravitational pull on Mercury compared to Earth (approximately 38% of Earth's gravity).
A person with a mass of 70 kg would weigh approximately 686 Newtons on Earth.
A mass of 60 pounds on Earth weighs 588 Newtons. On Uranus the same mass would weigh minus 67 Newtons more.
An object with a mass of 20 kg weighs about 196 Newtons (44 pounds) on earth.
On the moon, gravity is about 1/6th of that on Earth. Therefore, the weight of the oranges would be approximately 1/6th of 16.7 newtons, which is approximately 2.78 newtons.
53kg equates to about 520 newtons (on Earth).
9.8 newtons
On the moon, gravity is about 1/6th that of Earth's. Therefore, if someone weighs 100 pounds on Earth, they would weigh approximately 16.7 pounds on the moon.
On the moon, the force exerted by 10 newtons would be approximately 1.63 newtons, because the moon's gravity is about 1/6th of Earth's gravity. This means that objects will weigh much less on the moon compared to Earth.