150/57 = 2.63
Note:
The ratio of Earth weight to Neptune weight is not 57, and it's not 0.57 or 5.7 either.
It is about 0.87 (rounded).
Your 150-lb (on Earth) person would weigh about 172 pounds on Neptune.
You would weigh 119 pounds on Neptune if you were 100 pounds on Earth. However, Neptune is a gas planet consisting of a methane atmosphere so you can't actually stand on it.
A 70 pound person on Earth would weigh approximately 97 pounds on Neptune. Neptune's gravity is about 1.14 times stronger than Earth's gravity, resulting in the increase in weight.
The weight of a person is dependent on the gravitational pull of the celestial body they are on. Therefore, if a person weighs 65 pounds on earth, their weight would be different on another planet with a different gravitational force.
Strictly speaking you should say "mass" for this sort of question. Anyway Neptune's mass is about 17 times the Earth's mass.
Weigh a container of some sort, place the water in the container and then subtract the weight of the container from the total weight of the container and water. For example: my glass bowl weighs 1 pound. When I weigh the bowl filled with water, it is 3 pounds. 3 pounds minus the 1 pound makes 2 pounds. The water weighs 2 pounds.
no because buoyant means how much can an object float and weight means how much it weighs.
An object weighs less on the moon compared to Earth because the moon has lower gravity. The gravitational pull on the moon is about 1/6th that of Earth, so a person or object would weigh approximately 1/6th of their weight on the moon.
twenty-four
You would weigh 119 pounds on Neptune if you were 100 pounds on Earth. However, Neptune is a gas planet consisting of a methane atmosphere so you can't actually stand on it.
On Neptune you would weight about 14% more than you weigh on Earth.
A 70 pound person on Earth would weigh approximately 97 pounds on Neptune. Neptune's gravity is about 1.14 times stronger than Earth's gravity, resulting in the increase in weight.
The mass of a person who weighs 400 N can be calculated using the formula: weight = mass * gravity, where gravity is approximately 9.8 m/s^2. Therefore, mass = weight / gravity, which gives a mass of about 40.8 kg for a person who weighs 400 N.
An object's buoyancy is determined by the relationship between its weight and the weight of the fluid it displaces. If the object weighs less than the fluid it displaces, it will float; if it weighs more, it will sink. This is governed by Archimedes' principle.
This depends on how much the person weighs and how much the horse weighs. The horse should be able to carry one third of its body weight.
Yes, on the Moon everything weighs 1/6th the weight on Earth.
The weight of a person is dependent on the gravitational pull of the celestial body they are on. Therefore, if a person weighs 65 pounds on earth, their weight would be different on another planet with a different gravitational force.
No. The heaviest weight ever recorded for a person was about 1400 pounds.