Difference between revisions of "The Tides"
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'''The Tides''' are the rise and fall of sea levels experienced on coastlines at different parts of the earth. Tides occur on the oceans and inland seas, while lakes and rivers often do not experience tidal effects. Despite the popular explanation of the cause of tides being due to gravity of the moon and sun, the cause of the tides remains an unsolved issue in science. Issac Newton is said to have considered the tides to be the least satisfactory part of his theory of gravitation<sup>1</sup]. | '''The Tides''' are the rise and fall of sea levels experienced on coastlines at different parts of the earth. Tides occur on the oceans and inland seas, while lakes and rivers often do not experience tidal effects. Despite the popular explanation of the cause of tides being due to gravity of the moon and sun, the cause of the tides remains an unsolved issue in science. Issac Newton is said to have considered the tides to be the least satisfactory part of his theory of gravitation<sup>1</sup]. | ||
| − | <sup>1</sup> Rowbotham, Samuel Birley. | + | <sup>1</sup> Rowbotham, Samuel Birley. “Chapter XII. Cause of the Tides.” Earth Not a Globe |
==Tidal Nodes Analysis== | ==Tidal Nodes Analysis== | ||
Revision as of 07:20, 25 January 2019
The Tides are the rise and fall of sea levels experienced on coastlines at different parts of the earth. Tides occur on the oceans and inland seas, while lakes and rivers often do not experience tidal effects. Despite the popular explanation of the cause of tides being due to gravity of the moon and sun, the cause of the tides remains an unsolved issue in science. Issac Newton is said to have considered the tides to be the least satisfactory part of his theory of gravitation1</sup].
1 Rowbotham, Samuel Birley. “Chapter XII. Cause of the Tides.” Earth Not a Globe
Tidal Nodes Analysis
YouTube user Strange Maps presents a series of videos which analyzes the Tidal Nodes, showcasing the unsatisfactory explanation of the tides being due to the gravitational influence of the moon.