globes
The most accurate representation of the Earth is a geoid, which is a three-dimensional model that represents the Earth's gravitational field and shape. It takes into account variations in the Earth's density and topography to accurately represent its surface.
The best model of the Earth is generally considered to be geoid, which represents the Earth's shape as if it were completely covered in water and includes variations in gravity. Scientists use complex mathematical models and data from satellites to create the most accurate representations of the Earth's shape and properties. These models help us understand everything from geology to climate patterns.
Models have limitations due to the fact that they are the real representation of the earth. Most of the scientific models are based on assumptions.
The Globe
It is the prophet Isaiah. Edgar Cayce is the most accurate prophet
The most accurate map is the best map.
The most accurate clock is an atomic clock invented at the university of Colorado in the United States.The atomic clock is accurate to within 1 second in 200 million years.
Unfortunately, there is no one "most accurate" way to represent spherical geography on a flat piece of paper, or map.All map projections distort area, shape, and distance in at least part of the map, while having some accuracy of distance OR area OR shape in a selected area (usually the center parallel or meridians) of the map. The choice of projection is based on the intended use of the map. For example, Mercator projections are often still used for global navigation because, even though areas are grossly distorted, especially in the polar regions, all straight lines on such a map are of constant azimuth.See http://www.colorado.edu/geography/gcraft/notes/mapproj/mapproj_f.html
Models of Earth can be inaccurate due to limitations in our understanding of the complex systems and processes that occur on our planet. Additionally, data may be incomplete or outdated, leading to inaccuracies in the model's representation. Variability in factors such as climate, geology, and ecosystems also contribute to the challenge of creating a completely accurate model of Earth.
It's possible that there were alternative representations of Earth that could have been more accurate or detailed. However, the current models and maps were likely the most practical and widely accepted at the time of creation. Advances in technology and data collection may lead to better representations in the future.
The most visually accurate and complete way to illustrate the Earth would be to use satellite imagery or a globe model. Satellite imagery provides a detailed view of the Earth's surface, while a globe model accurately represents the Earth's three-dimensional shape and geographic features. Combining these two forms of representation can provide a holistic and accurate depiction of the Earth.
The most accurate fraction for the amount of oxygen in Earth's atmosphere is about 1/5. Oxygen makes up about 21% of the Earth's atmosphere.