Weight on Other Planets Calculator

Weight on Other Planets

Here’s a table showing the approximate weights of a person weighing 150 pounds (68 kilograms) on different planets in our solar system:

Planet	Weight (lbs)	Weight (kg)
Mercury	56.2	25.5
Venus	141.0	64.0
Earth	150.0	68.0
Mars	56.5	25.7
Jupiter	355.0	161.0
Saturn	150.0	68.0
Uranus	127.0	57.6
Neptune	182.0	82.5
Pluto	9.0	4.1

Please note that these values are approximate and based on the acceleration due to gravity on each planet. The actual weight of an object may vary slightly due to other factors such as the planet’s shape and atmospheric conditions.

How do you calculate weight on other planets?

The weight of an object on a planet is determined by the gravitational force between the object and the planet. The formula to calculate weight is:

Weight = Mass × Acceleration due to Gravity

To calculate the weight of an object on a different planet, you need to know the mass of the object and the acceleration due to gravity on that planet. The mass of the object remains constant, while the acceleration due to gravity varies from planet to planet.

The acceleration due to gravity on a planet can be calculated using the formula:

Acceleration due to Gravity = Gravitational Constant × (Mass of Planet / Radius of Planet^2)

The gravitational constant is a universal constant denoted by G, which is approximately 6.674 × 10^(-11) N(m/kg)^2. The mass of the planet refers to the mass of the planet itself, and the radius of the planet is the distance from its center to its surface.

Once you have the acceleration due to gravity on the planet, you can multiply it by the mass of the object to calculate the weight of the object on that planet.

It’s important to note that the values used in these calculations are based on approximate measurements and assumptions, as our understanding of the planets is not precise in some cases.

How do you calculate weight in Newtons on another planet?

To calculate weight in Newtons on another planet, you need to use the formula:

Weight (in Newtons) = Mass (in kilograms) × Acceleration due to Gravity (in meters per second squared)

The mass of the object remains constant, while the acceleration due to gravity varies from planet to planet.

To calculate the acceleration due to gravity on a specific planet, you can use the formula:

Acceleration due to Gravity = Gravitational Constant × (Mass of Planet / Radius of Planet^2)

The gravitational constant (G) is a universal constant, approximately equal to 6.674 × 10^(-11) N(m/kg)^2. The mass of the planet refers to the mass of the planet itself, and the radius of the planet is the distance from its center to its surface.

Once you have the acceleration due to gravity on the planet, you can multiply it by the mass of the object in kilograms to calculate the weight in Newtons on that planet.

Keep in mind that the values used in these calculations are approximate and based on current scientific understanding. The actual values may vary slightly due to factors such as the planet’s shape and atmospheric conditions.

How much would a 100 pound person weigh on each planet?

On Mercury, a 100-pound person would weigh around 37.7 pounds, while on Venus it would be approximately 91.9 pounds. Earth maintains the familiar weight of 100 pounds. Mars reduces it to about 37.8 pounds, while Jupiter increases it significantly to 236.5 pounds. Saturn would be around 107.5 pounds, Uranus around 89.6 pounds, Neptune around 133.3 pounds, and Pluto a mere 6.7 pounds.

Which planets would I weigh more on?

As a general rule, you would weigh more on planets with higher mass and larger sizes, as they have stronger gravitational forces. Based on that, the planets where you would weigh more than on Earth (assuming your weight on Earth is 100 pounds) are:

1. Jupiter: Due to its immense size and mass, you would weigh approximately 236.5 pounds on Jupiter, more than double your weight on Earth.
2. Saturn: With a significant mass and large size, your weight on Saturn would be around 107.5 pounds, slightly higher than on Earth.
3. Neptune: Being a massive planet, you would weigh approximately 133.3 pounds on Neptune, representing a modest increase compared to Earth.

Please note that these values are approximate and based on the acceleration due to gravity on each planet. Other factors such as the planet’s shape and atmospheric conditions can also affect the actual weight experienced.

How much would a 200 pound person weigh on the planet Mercury?

On the planet Mercury, a 200-pound person would weigh approximately 75.4 pounds. Mercury’s weak gravitational pull compared to Earth’s results in a lower weight. The reduced mass and smaller size of the planet contribute to the lower gravitational force experienced by objects on its surface, including the weight of a person.

Why do you weigh differently on different planets?

You weigh differently on different planets because weight is determined by the gravitational force acting on an object. The strength of gravity varies from planet to planet due to differences in mass and size.

Gravity is directly proportional to the mass of the planet, meaning planets with greater mass exert a stronger gravitational force. Additionally, gravity weakens with increasing distance from the planet’s center, so the size or radius of the planet also affects the strength of gravity.

As a result, when you stand on a planet with a stronger gravitational pull, such as Jupiter, you will weigh more compared to a planet with a weaker gravitational pull, such as Mercury. The variations in gravitational force on different planets cause the differences in weight that you would experience.

How much would a 150 pound person weigh on Saturn?

On Saturn, a 150-pound person would weigh approximately 159.0 pounds. Saturn’s massive size and significant mass result in a stronger gravitational force compared to Earth. This increased gravitational pull causes a higher weight for objects, including the weight of a person, on the surface of Saturn.

How much would I weigh on Saturn if I was 100 pounds?

If you weighed 100 pounds on Earth, your weight on Saturn would be approximately 106.5 pounds. Saturn’s larger size and greater mass compared to Earth result in a stronger gravitational pull. As a result, objects, including your own body, would experience a slightly higher weight on Saturn compared to Earth.

How much would a 130 pound person weigh on Mars?

On Mars, a 130-pound person would weigh approximately 49.6 pounds. Mars has a lower mass and smaller size than Earth, resulting in a weaker gravitational pull. This reduced gravity on Mars leads to a lower weight for objects on its surface, including the weight of a person.

How much would a 120 pound person weigh on Neptune?

On Neptune, a 120-pound person would weigh approximately 215.3 pounds. Neptune’s massive size and significant mass contribute to a stronger gravitational force compared to Earth. This increased gravity on Neptune causes objects, including the weight of a person, to be significantly higher than their weight on Earth.

How much would a 200 pound person weigh on Jupiter?

On Jupiter, a 200-pound person would weigh approximately 472.5 pounds. Jupiter is the largest planet in our solar system and has a tremendous mass. Its powerful gravitational force results in objects, including the weight of a person, being significantly higher than on Earth. Therefore, a 200-pound person would experience a considerable increase in weight when on Jupiter.

On which planet would you weigh the least?

On the planet where you would weigh the least is Pluto. Due to its small size and relatively low mass, Pluto exerts a very weak gravitational force. If you weighed 100 pounds on Earth, you would weigh only about 6.7 pounds on Pluto.