By the ships disappearing below the horizon
The mathematical proof that the Earth is round comes from observations of the Earth's curvature and the way objects disappear over the horizon. One key piece of evidence is the fact that the Earth's shadow on the moon during a lunar eclipse is always round, which can only happen if the Earth is a sphere. Additionally, the way ships disappear hull-first over the horizon as they sail away is consistent with a curved surface. These observations, along with mathematical calculations, support the conclusion that the Earth is round.
Aristotle observed that during a lunar eclipse, the shadow of the Earth on the moon was round. He also noted that ships disappear hull first when sailing away and that the stars appear at different angles depending on the observer's location. These observations led him to believe that the Earth was a sphere, not a flat disk.
Humans first realized that the Earth is round through observations of the changing positions of celestial objects in the sky and by observing the curved shape of the Earth's shadow during a lunar eclipse. Ancient Greek philosophers, such as Pythagoras and Aristotle, also provided theoretical explanations for a round Earth based on their observations and mathematical reasoning.
People think the Earth is round because of evidence from scientific experiments, observations, and calculations that point to its spherical shape. Additionally, images from space missions and satellites show the Earth as a globe.
Aristotle believed the Earth was round due to observations such as the curved shadow it casts on the moon during a lunar eclipse. He argued that the Earth's spherical shape was also supported by the fact that different constellations are visible at different latitudes.
The Greek scientist who concluded that Earth was round was Pythagoras, around the 6th century BC. He based his conclusion on observations of the stars and their positions in the sky.
Ships can circle the world by water and end in the spot where they began, proving the Earth must be round to the contrary belief that it was flat.
The Greek scientist who is credited with demonstrating that the Earth is round was Pythagoras. He believed that the Earth was a sphere based on observations of the shapes of celestial bodies like the moon during lunar eclipses.
The Flat Earth hypothesis was proven wrong through various scientific observations and experiments that demonstrated the Earth is round. For example, observations of the Earth's shape during lunar eclipses, satellite imagery, and circumnavigation expeditions provided evidence for the Earth's spherical shape. Additionally, space exploration and photographs of the Earth from space further solidified our understanding of the Earth's round shape.
Early scientists believed that the Earth was flat, based on observations and theories available at the time. It wasn't until later advancements in science, such as the observations of celestial bodies and exploration of new lands, that the understanding of the Earth's shape evolved to being round.
500 years ago, people knew the Earth was round through a combination of empirical observations and logical reasoning. Scholars like Pythagoras and Aristotle had proposed theories about the Earth's shape based on observations of the stars, changes in shadows, and the curvature of the horizon. Additionally, circumnavigation voyages by explorers like Ferdinand Magellan provided further evidence of the Earth's spherical shape.
The Greek scientist who concluded that the Earth was round was Pythagoras, around the 6th century BC. His observations of the shape of the Earth influenced later scholars like Aristotle and Eratosthenes.