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How did Archimedes work in math affect us today? - Answers

Archimedes' work in mathematics laid foundational principles that continue to influence various fields today. His contributions to geometry, especially the concepts of volume and surface area, are fundamental in calculus and engineering. Additionally, his methods for approximating pi and understanding levers and buoyancy have practical applications in physics and technology. Overall, Archimedes' insights fostered advancements in mathematics, science, and engineering that shape our modern understanding of the world.



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How did Archimedes work in math affect us today? - Answers

https://math.answers.com/math-and-arithmetic/How_did_Archimedes_work_in_math_affect_us_today

Archimedes' work in mathematics laid foundational principles that continue to influence various fields today. His contributions to geometry, especially the concepts of volume and surface area, are fundamental in calculus and engineering. Additionally, his methods for approximating pi and understanding levers and buoyancy have practical applications in physics and technology. Overall, Archimedes' insights fostered advancements in mathematics, science, and engineering that shape our modern understanding of the world.



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https://math.answers.com/math-and-arithmetic/How_did_Archimedes_work_in_math_affect_us_today

How did Archimedes work in math affect us today? - Answers

Archimedes' work in mathematics laid foundational principles that continue to influence various fields today. His contributions to geometry, especially the concepts of volume and surface area, are fundamental in calculus and engineering. Additionally, his methods for approximating pi and understanding levers and buoyancy have practical applications in physics and technology. Overall, Archimedes' insights fostered advancements in mathematics, science, and engineering that shape our modern understanding of the world.

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      Archimedes' work in mathematics laid foundational principles that continue to influence various fields today. His contributions to geometry, especially the concepts of volume and surface area, are fundamental in calculus and engineering. Additionally, his methods for approximating pi and understanding levers and buoyancy have practical applications in physics and technology. Overall, Archimedes' insights fostered advancements in mathematics, science, and engineering that shape our modern understanding of the world.

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