On Earth, 65 kg of mass weighs 637.5 newtons (143.3 pounds). (both rounded)
The simple answer: about 490 Newtons (50 [kg] x 9.8 [m/s^2] = 490 [N]) by virtue of the relationship F=ma where F is force, m is mass and a is acceleration (in this case, the acceleration due to gravity).
Technically, your weight on earth depends on where on the earth's surface you are located. The reason being that the acceleration due to gravity (often denoted as little g) is not uniformly 9.80 m/s^2 at all places on the earth, due to factors such as altitude and air pressure, and less importantly, humidity and occasionally electric and magnetic disturbances, among others. However, a=9.80 m/s^2 is a good approximation for g (the English equivalent being approximately 32 ft/s^2).
Remember, this only works for weight on earth. Other planets or objects in space will have different accelerations due to gravity.
Since earth's gravity pulls at 1G, they would weight 50kg. While mass is constant, weight is not... conveniently (by design) earth's gravity is such that weight and mass should be equal on our own planet.
1 kg = 10 N on earth so 85 kg = 850 Newtons x
On Earth, 65 kg of mass weighs 637.5 newtons (143.3 pounds). (both rounded)
On Earth, gravity is about 9.8 newton/kilogram, so you can multiply the mass (in kilograms) by 9.8, to obtain the weight (in newton).
On Earth, 57kg is 558.6 newtons or 126 lbs.
The person's weight or force is 637 newtons or 143.3 lbs.
On earth, each kg of mass weighs 9.8 newtons (2.205 pounds).
A person (or any object) with mass of 50 kg weighs 490 newtons (110.23 pounds) on earth.
A mass of 65 kg weighs 637 newtons (143.3 pounds) on earth. (rounded)
On Earth, 57 kg of mass weighs 125.66 pounds. (rounded) In other places, the same 57 kg has different weights.
200 kg, if you're on Earth.
The weight of any object on the Moon is about 1/6 of the weight of the same object on the Earth.
On Earth, 58.8 kg of mass weighs 576.7 newtons (129.6 pounds).
Assuming standard Earth gravity, divide the weight by 9.8.
549.192 newtons.
5.95 kg
57 kg or 126 pounds
Approximately 2,020.2 newtons or about 454 pounds.
yes you can always gain weight
On or near the Earth's surface, 62 kg of mass weighs 608 newtons (136.68 pounds).
On Earth, 57 kg of mass weighs 125.66 pounds. (rounded) In other places, the same 57 kg has different weights.
kg (kilogram) is a measure of mass, not of weight. If a person has a mass of 120 kg on Earth, he will also have a mass of 120 kg on the Moon. His weight will change, his mass won't change.Mass is measured in kilograms and weight is measured in newtons..In daily life we use to say that this person having weight 120 kg but that is not correct .But in scientific language we must say that person is having a mass of 120 kg and his weightwould be calculated according to gravity of earth that is 9.8m/sec .Weight is actually the force ...so weight would beforce = acceleration * massweight = gravity * massweight =9.8 * 120=1176 newton(On earth)Gravity on moon is 1/6 of earth i.e. 9.8/6=1.64m/secAnd on moon also the mass would be 120 kg and the weight would beforce = acceleration * massweight = gravity * massweight = 1.64 * 120=196.8 newton (On Moon)As you can see the weight(force) on earth is 1176 newtonfor person having mass 120 kg and the weight(force) on moon is 196.8 newton.As the force on man on earth is 1176 newton so he would feel much more heavier.And the force on man on moon is 196.8 newton so he would feel lighter there.So the person having mass 120 kg will have more weight(force) on earth than on moon.Dont get confuse between mass and weight ...if you are 55 kg ...in daily use word we say our weight is 55 kg but that is not weight instead it's your mass and your weight is (55*9.8=539 newton) means you have mass 55 kg and weight 539 newton...if you still get problem do mail mevivianpeter2@gmail.comI m ready to help you
On Earth, the person weighs 165.3 pounds. On the Moon, he would weigh 27.3 pounds.
90 kg
A person with a mass of 80 kg weighs 176.4 pounds on earth, 28.8 pounds on the moon, and 66.9 pounds on Mars. (all rounded)
57 kg !