As you point out, the Schwarzschild radii for the Earth and Sun are inside the physical bodies. But that is not a problem because the exterior Schwarzschild solution applies to any spherically symmetric static( stationary?) spacetime.Philosophaie said:Is there a Metric for the Sun and Earth other than the Schwarzschild Metric who has the Schwarzschild Radius on the interior of the body?
What are the assumptions that turn that from GR to Newtonian?
Rs(Earth)=8.87*10^-3m
Rs(Sun)=2954m
The metrics for the Sun & Earth are quantitative measurements used to describe and analyze various aspects of these celestial bodies. These metrics can include size, mass, distance from each other, and other characteristics.
Rs refers to the radius of the Sun, while assumptions refer to the scientific assumptions and models used to calculate and understand the metrics for the Sun & Earth.
Having metrics for the Sun & Earth allows scientists to better understand and study these celestial bodies. By quantifying their characteristics, we can gain insights into their behavior and interactions with each other.
One challenge is the vast distances involved, which can make it difficult to accurately measure certain metrics. Additionally, the dynamic nature of these bodies means that metrics may change over time and require constant monitoring and updates.
Scientists use a variety of methods, including advanced technology and mathematical models, to collect and analyze data and make accurate measurements. These methods are constantly being refined and improved to ensure the accuracy and reliability of metrics for the Sun & Earth.