# Galileo suggested that a falling object would do so with a regular acceleration

Galileo suggested that a falling object would do so with a regular acceleration, given the resistance of the medium through which it was falling was insignificant, nearly tending to that of a vacuum. He developed an accurate kinematic law for the distance covered during an even acceleration starting from rest, i.e. the acceleration is directly proportional to the square of time that lapses (dÂ âˆÂ t2). However, this was not a discovery as Nicole Oresme had deduced the same in the 14thÂ century, and Domingo de Soto in the16th. Galileo, however, stated the time-squared law in algebraic form and this was adopted by latter-day scientists.

Galileo set the foundation for Newtonâ€™s first law of motion by stating that bodies maintain their velocity except when a force (mainly friction) acts on them, this brought an end to Aristotleâ€™s assertion that bodies naturally reduced speed and stopped unless a force acted on them. His Principle of Inertia stated: â€œAn object moving on a flat surface will continue to do so in the same direction at a uniform speed unless disturbedâ€. This was integrated into Newtonâ€™s first law of motion (NÃ¦ss, 2002, pp. 112).

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# Galileo suggested that a falling object would do so with a regular acceleration

Galileo suggested that a falling object would do so with a regular acceleration, given the resistance of the medium through which it was falling was insignificant, nearly tending to that of a vacuum. He developed an accurate kinematic law for the distance covered during an even acceleration starting from rest, i.e. the acceleration is directly proportional to the square of time that lapses (dÂ âˆÂ t2). However, this was not a discovery as Nicole Oresme had deduced the same in the 14thÂ century, and Domingo de Soto in the16th. Galileo, however, stated the time-squared law in algebraic form and this was adopted by latter-day scientists.

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