Astronomy Explained Upon Sir Isaac Newton's Principles, and Made Easy to Those Who Have Not Studied Mathematics : To Which Are Added, a Plain Method of Finding the Distances of All the Planets From the Sun, by the Transit of Venus Over the Sun's Disc, in the Year 1761: An Account of Mr. Horrox's Observation of the Transit of Venus, in the Year 1639

This book offers a comprehensive exploration of astronomy, elucidated through the principles of Sir Isaac Newton, and tailored for those without a background in mathematics. With an insightful approach to making complex astronomical concepts accessible, it delves into methods for calculating the distances of planets from the sun, alongside historical observations such as the transit of Venus. This edition stands out by providing corrections and updates to previous editions, reflecting ongoing discoveries in the field of astronomy.

In placing these astronomical principles within the broader historical context, the book not only pays homage to Newtons groundbreaking work but also highlights significant observational milestones, such as Horrox's observation of Venus. The thematic depth is enriched with a glossary and tables that offer readers a detailed overview of astronomical terms and data, contributing to a deeper understanding of the universes structure according to early modern observations.

Additionally, this edition is enhanced with explanatory notes that address developments in astronomy since its original publication. It serves as both an educational tool for newcomers to astronomy and a valuable resource for those interested in historical scientific perspectives.

Concluding with a broad array of supplementary materials designed to aid understanding, this book provides readers with both a panoramic view of our solar systems dynamics and a testament to the enduring relevance of Newtonian principles in unlocking the mysteries of space.

This book offers a comprehensive exploration of astronomy, elucidated through the principles of Sir Isaac Newton, and tailored for those without a background in mathematics. With an insightful approach to making complex astronomical concepts accessible, it delves into methods for calculating the distances of planets from the sun, alongside historical observations such as the transit of Venus. This edition stands out by providing corrections and updates to previous editions, reflecting ongoing discoveries in the field of astronomy.

In placing these astronomical principles within the broader historical context, the book not only pays homage to Newtons groundbreaking work but also highlights significant observational milestones, such as Horrox''s observation of Venus. The thematic depth is enriched with a glossary and tables that offer readers a detailed overview of astronomical terms and data, contributing to a deeper understanding of the universes structure according to early modern observations.

Additionally, this edition is enhanced with explanatory notes that address developments in astronomy since its original publication. It serves as both an educational tool for newcomers to astronomy and a valuable resource for those interested in historical scientific perspectives.

Concluding with a broad array of supplementary materials designed to aid understanding, this book provides readers with both a panoramic view of our solar systems dynamics and a testament to the enduring relevance of Newtonian principles in unlocking the mysteries of space.