layla2525 said:The Attempt at a Solution
Do I use the equation W=G(Me m/ r^2)
The weight of a satellite orbiting around Earth can vary depending on its size, shape, and distance from Earth. However, the average weight of a satellite in low Earth orbit is around 1,000 to 2,000 kilograms.
Yes, the weight of a satellite does affect its orbit around Earth. The heavier the satellite, the more gravitational force it will experience from Earth, which can alter its orbit. This is why satellites must be carefully designed and placed in specific orbits to ensure they stay in their intended path around Earth.
The weight of a satellite is an important factor in determining the type and size of rocket needed to launch it into orbit. The heavier the satellite, the more powerful the rocket needs to be, and the more fuel it will require to reach the necessary speed and altitude for orbit.
The weight of a satellite in space is essentially zero, as weight is a measurement of the force of gravity between two objects. In the vacuum of space, there is no gravity to create this force. However, the mass of the satellite remains the same both on Earth and in space.
The weight of a satellite can impact its maneuverability and stability in orbit. A heavier satellite may require more fuel to make adjustments to its orbit, while a lighter satellite may be more susceptible to external forces such as solar radiation pressure. Engineers must carefully consider the weight of a satellite in relation to its intended tasks and environment in order to ensure its successful operation in orbit.