2652 N and newtons are a measure of force not weight.
Applesauce squared.
This question is incomplete as the last part has been omitted.
The moon has plenty of gravity. In accordance with its mass and radius, any object weighs about 16.5% as much on the moon's surface as it does on the Earth's surface.
1000,0000,00000,00000,00000,000000,00000 times as much you would weigh on planet earth
On Earth, 1 kilogram of mass weighs 9.807 newtons (2.205 pounds). By comparison, on the surface of Venus, the same 1 kilogram of mass weighs 8.858 newtons (1.991 pounds). A hefty adult who weighs 200 pounds on earth would weigh 180.65 pounds on Venus.
Applesauce squared.
Sara would weigh exactly the same as on Earth. The radius of the planet does not make any difference on ones weight. The mass of the planet is the crucial factor.
The amount of substance of a planet is measured in kilograms, a unit of mass. In this sense, there is no difference between one planet and another. It doesn't make much sense to speak about the "weight" of a planet, but you can measure the attraction between a planet and another object in units of force, i.e., in Newtons.
Jacqueline
Mercury
The Skelton of a Blue Whale weighs about 50,000.
The answer will depend on what the sphere is made of and where it is weighed. But regardless of the substance and the planet it's on, you can always be sure that it weighs (4/3) x (pi) x (Radius)3 x (density of the substance) x (local acceleration of gravity).
Mars comes the closest.
Venus would be the closest.
This is not really a question that can be answered given the wording as it stands. A planet's radius has little or nothing to do with its MASS, which is what 'causes' gravity. For example, Jupiter is far larger than the Earth, but because its' mass is so much less (it's mostly gas, actually) scientists know that Jupiter exerts less gravity than the Earth. And if you had a planet that was smaller than the Earth, but much denser, then you would weigh more there than on the Earth.
Jupiter.
There is no known planet larger than all the known planets.