It is true that there is a change in weight the further you go from earth, but comparatively weight at sea level and Mt.Everest is insignificant since the radius of the earth is about 700 times greater than the height of Mt.Everest, therefore the weight would be insignificantly smaller.
Your weight on Saturn would be approximately 91% of your weight on Earth due to its lower gravity. So if you weigh 85 pounds on Earth, you would weigh around 77 pounds on Saturn.
Due to its lower gravitational pull, your weight on Mercury would be about 38% of your weight on Earth. Therefore, if you weigh 50 kg on Earth, you would weigh around 19 kg on Mercury.
On Saturn, your weight would be a lot higher compared to Earth due to its stronger gravitational pull. You would weigh about 185 lbs on Saturn if you weigh 70 lbs on Earth.
If you weigh 69 lb on Earth, you would weigh approximately 26.1 lb on Mars. This is because Mars has lower gravity (about 38% of Earth's gravity), so objects weigh less on Mars compared to Earth.
An 180 lb person would weigh 203 pounds on Uranus due to the lower gravitational pull compared to Earth.
moon duh less mass u wouldn't weigh less but u would be lighter on the moon.Another answer:You would weigh less on the moon.Your mass would not change (mass is not determined by gravity) but your weight would be less (weight is determined by gravity).
You would weigh less on a high mountain peak due to the decreased gravitational force at higher altitudes, which is farther from the center of the Earth. At sea level, you would weigh more due to the stronger gravitational pull closer to the Earth's center.
You would weigh slightly less in Denver than in New Orleans due to the higher elevation in Denver. This is because gravity is slightly weaker at higher elevations, so you would experience a very slight reduction in weight in Denver compared to New Orleans.
You would weigh the least on Saturn. Its lower density compared to the other planets mentioned would result in a lower surface gravity, making you weigh less there.
You weigh less at higher elevations because gravity is slightly weaker at higher altitudes compared to sea level. This is due to the Earth's mass not being evenly distributed and the increased distance from the center of the Earth at higher altitudes.
At 10,000 feet elevation, you would weigh slightly less than at sea level due to the reduced gravitational pull at higher altitudes. However, the difference in weight is minimal; for example, a person weighing 150 pounds at sea level would weigh about 149.5 pounds at 10,000 feet. This change is due to the decrease in gravitational force with altitude, but it is generally negligible for practical purposes.
If you weigh 80 pounds on Earth, you would weigh approximately 212.8 pounds on Jupiter due to Jupiter's higher gravity.
Your weight on Saturn would be approximately 91% of your weight on Earth due to its lower gravity. So if you weigh 85 pounds on Earth, you would weigh around 77 pounds on Saturn.
Due to the varying levels of water concentration in your fruit, it's nearly impossible to tell how much it would weigh, exactly. A pint of 3-5cm cherry tomatos can weigh between 10 oz for a lower density, and 16 oz for a higher density. -t0matoK1ng
Due to its lower gravitational pull, your weight on Mercury would be about 38% of your weight on Earth. Therefore, if you weigh 50 kg on Earth, you would weigh around 19 kg on Mercury.
On Saturn, your weight would be a lot higher compared to Earth due to its stronger gravitational pull. You would weigh about 185 lbs on Saturn if you weigh 70 lbs on Earth.
If you weigh 69 lb on Earth, you would weigh approximately 26.1 lb on Mars. This is because Mars has lower gravity (about 38% of Earth's gravity), so objects weigh less on Mars compared to Earth.