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Physics, 16th and 17th Century

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Title: Physics, 16th and 17th Century

Caption: Six early physics diagrams from the Scientific Revolution of the 16th and 17th centuries. Clockwise, from top left: Galileo's law of projectiles, Newton's explanation for the ebb and flow of the tide, Galileo's law of free fall, Simon Stevin's diagram of the balance of forces on an inclined plane, Olaus Roemer's measurement of the speed of light, and Christiaan Huygens' explanation of light as wave phenomena.

Category: Science: History

Credit: Album / Science Source / New York Public Library

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Image size: 5144 × 3332 px | 49.0 MB

Print size: 43.6 × 28.2 cm | 2025.2 × 1311.8 in (300 dpi)

Keywords: 16 16TH XVI XVITH SIXTEENTH CENTURY • 16 CENTURY • 16TH CENTURY • 16TH • 17TH CENTURY • 17TH CENTURY. • 17TH • 17TH-CENTURY • ART • ARTWORK • BALANCE • CANDLE • CENTURY • CHRISTIAAN HUYGENS • COLORIZED • DIAGRAM • DRAWING • EBB AND FLOW • ENHANCEMENT • FORCE • GALILEO GALILEI • GALILEO • GEOMETRIA • GEOMETRIC • GEOMETRY • HISTORIC • HISTORICAL • HISTORY • HUYGENS • ILLUSTRATION • ILLUSTRATIONS • ILUSTRATION • INCLINED PLANE • ISAAC NEWTON • LAW OF FREE FALL • LAW OF PROJECTILES • LIGHT RAY • LIGHT WAVE • LIGHT • LIGHTWAVE • MECHANICS • NEWTON • OLAUS ROEMER • OLE ROMER • PHENOMENA • PHYSICAL SCIENCE • PHYSICS • ROEMER • ROMER • SCIENCE • SCIENCE: HISTORY • SCIENTIFIC REVOLUTION • SIMON STEVIN • SPEED OF LIGHT • STEVIN • STEVINUS • TIDE • XVI CENTURY • XVII CENTURY