What Prevents Us from Falling When Earth Rotates on Its Axis
A long time ago, when there was little available knowledge or scientific support, individuals questioned the science behind the nature of the world. In the third century BC, Hellenistic astronomy calculated the circumference of the Earth and established its approximately spherical form as a physical truth. This notion gradually diffused across the Old World in Late Antiquity and the Middle Ages.
Later, in the 16th century, the founder of observational astronomy Galilei Galileo was the first to assert that the world rotates on its axis and revolves around the sun, contradicting the widely held belief that all celestial bodies orbit around the earth.
These facts are now widely acknowledged as reality, yet there is still a sect of people who think the planet is flat and that the spherical earth idea is a hoax. In defense of their beliefs, proponents of this cosmography often point out that if the world were spherical and spun continually, we would feel it, and we would even become unsteady and fall. We will provide you with the solution if you have the same question.
To comprehend this, it might help to remember the stability concept that is taught to youngsters in school. Every day, the earth rotates around its axis. The speed of the earth is 1,600 km/h. The transition from day to night occurs after one revolution. We are unable to sense it because we rotate at the same rate as the Earth. Our bodies adapt to the pace at which our environment, including everything around us, rotates.
Because the speed of the earth’s rotation remains constant—that is, it rotates at the same pace constantly—we cannot feel it. Every living thing on the globe would experience an abrupt shock or jolt if the earth’s rotational speed were to abruptly rise or decrease. This is similar to flying, when the virtually constant speed prevents you from feeling anything, or driving at a steady pace. But you would be able to feel it if the automobile abruptly hit the brakes or accelerated.
