
A STUDY OF SPLASHES - BY A. M. WORTHINGTON
PREFACE
A STUDY OF SPLASHES
CHAPTER I - PRELIMINARY—METHODS OF OBSERVATION AND APPARATUS
CHAPTER II - THE SPLASH OF A DROP—LOW FALL
CHAPTER III - PRINCIPLES INVOLVED
CHAPTER IV - THE SPLASH CONTINUED
CHAPTER V - HIGHER FALLS—BUBBLE-BUILDING
CHAPTER VI - BELOW THE SURFACE[F]
CHAPTER VII - THE TWO KINDS OF SPLASHES OF SOLID SPHERES
Even a simple rainstorm offers a quiet spectacle: countless tiny fountains erupt from a pond’s surface, fleeting crowns of water rise and fall, and bubbles appear for a heartbeat before disappearing. In this engaging exploration, the author invites listeners to share the wonder he felt when those fleeting forms were finally frozen by a spark of light lasting less than three‑millionths of a second. The book explains how such ultra‑fast photography was achieved at a time when ordinary cameras could not keep pace, revealing patterns that ordinary eyes never catch.
Beyond the striking images, the narrative walks through the physics that governs each splash, turning complex fluid dynamics into clear, observable ideas. Readers will discover how a single drop can generate elegant crowns, secondary jets, and delicate bubbles, all orchestrated by forces that are both predictable and surprising. Ideal for curious minds and budding scientists, the work blends rigorous observation with an appreciation for the hidden beauty in everyday water motion.
Language
en
Duration
~1 hours (114K characters)
Publisher of text edition
Project Gutenberg
Credits
Produced by Jana Srna, Alexander Bauer, Erica Pfister-Altschul, and the Online Distributed Proofreading Team at http://www.pgdp.net (This file was produced from images generously made available by The Internet Archive/American Libraries.)
Release date
2012-05-28
Rights
Public domain in the USA.
Subjects
1852–1916
Best known for pioneering studies of liquid splashes and drop impacts, this English physicist turned fleeting motion into something science could finally see. His experiments and photographs helped open a new window on how fluids behave.
View all books