Nothing you'd die or disinigrate before you get close enough to weigh yourself.
However, if we pretended that we could exist on the sun, we would weigh hundreds of millions times more, because of the increased gravity. So, say a light estimate of 300 million times 80 would make you 24 billion pounds.
On the sun, 80 pounds would be significantly lighter than on Earth due to the sun's much stronger gravitational pull. The sun's average surface gravity is about 28 times stronger than Earth's, so 80 pounds on Earth would weigh only about 2.86 pounds on the sun.
. pounds on Earth.IF you weight 1 on Earth you would weight 27 on the Sun (Gravity is 27 times stronger). So if on the Sun you weigh 3030.6 pounds, on the Earth you would weight 3030.6/27 = 112.24.. pounds.
Weight is determined by the force of gravity acting on an object, which varies by location. On the Sun, gravity is about 28 times stronger than on Earth. Therefore, if you weigh 120 pounds on Earth, you would weigh approximately 3,360 pounds on the Sun (120 pounds x 28). However, it's important to note that the extreme heat and conditions on the Sun make it impossible for any object to exist there in a conventional sense.
Your weight on the sun would be much greater than on Earth due to its stronger gravitational pull. The sun's gravity is about 28 times stronger than Earth's, so you would weigh approximately 3500lbs on the sun.
A 150-pound person would weigh significantly more on the Sun due to its immense gravitational pull. The gravitational acceleration on the Sun is about 28 times that of Earth. Therefore, a 150-pound person would weigh approximately 4,200 pounds on the Sun. However, this scenario is purely theoretical, as the extreme temperatures and lack of a solid surface would make it impossible for a person to survive there.
You would weigh 33,480 pounds if you could stand on the sun.
On the sun, 80 pounds would be significantly lighter than on Earth due to the sun's much stronger gravitational pull. The sun's average surface gravity is about 28 times stronger than Earth's, so 80 pounds on Earth would weigh only about 2.86 pounds on the sun.
This question cannot be answered for a whole lot of reasons:A pound (lb) is a measure of mass, not of weight.On the sun you would be vaporised so it would be very difficult to weigh you!Anyway, if your mass is 50 lb, your weight on earth is 1600 pounds-force. On the surface of the sun you would weigh 13700 pounds-force.
. pounds on Earth.IF you weight 1 on Earth you would weight 27 on the Sun (Gravity is 27 times stronger). So if on the Sun you weigh 3030.6 pounds, on the Earth you would weight 3030.6/27 = 112.24.. pounds.
A person weighing 150 pounds on Earth would weigh about 2,352 pounds on the Sun due to the Sun's stronger gravitational force.
If I weigh 100 pounds on Earth, I would weigh 2,790 poundson the surface of the sun just before I was vaporized.
Your weight on the sun would be much greater than on Earth due to its stronger gravitational pull. The sun's gravity is about 28 times stronger than Earth's, so you would weigh approximately 3500lbs on the sun.
An object that weighs 100 pounds on earth would weigh about 2,790 pounds on the sun before it melted and vaporized. In that same instant, the sun would be pulled toward the object by a force of about 2,790 pounds, also on account of gravity.
If you weigh 100 pounds on earth, you would weigh:38 pounds on Mercury91 pounds on Venus38 pounds on Mars234 pounds on Jupiter106 pounds on Saturn119 pounds on Neptune6 pounds on Pluto
Nothing: you'd die or disintegrate before you get close enough to weigh yourself. However, if we pretended that we could exist on the sun, we would weigh hundreds of millions times more, because of the increased gravity. So, say a light estimate of 300 million times 69 would make you almost 21 billion pounds.
The mass of the sun is many times that of the earth, the result is that the acceleration of gravity is also much greater. Since the acceleration of gravity on the sun is higher, and the weight of an object is based on its mass and acceleration of gravity, the object would weigh considerably more
Not on any planet in this solar system. Mercury has the weakest gravity of any planet in the solar system. A 100 lb person on Earth would weigh 37 lbs on Mercury. That same person would weigh about 17 lbs on the moon, but the moon is not a planet.