A Unique Statement of the Law of Universal Gravitation
The relative interattractiveness invisibly operative between any two remote-from-one-another cosmic bodies, as compared to any other pair of cosmic bodies, equally distanced from one another, is proportional to the multiplicative product of the respective couple's masses, and the interattractiveness of any pair of celestial bodies varies inversely as the second power of the distance between them. Halve the intervening distance and the interattractiveness increases fourfold.
Notes:
That does not use the word "Gravity".
Folksonomies: gravity theory law
Taxonomies:
/law, govt and politics/politics (0.577226)
/food and drink/desserts and baking (0.575925)
/law, govt and politics (0.571954)
Keywords:
cosmic bodies (0.935632 (neutral:0.000000)), celestial bodies (0.869223 (positive:0.426738)), Universal Gravitation (0.854014 (neutral:0.000000)), multiplicative product (0.820061 (negative:-0.574138)), respective couple (0.814204 (negative:-0.574138)), Unique Statement (0.802985 (neutral:0.000000)), intervening distance (0.790544 (neutral:0.000000)), relative interattractiveness (0.786643 (neutral:0.000000)), interattractiveness increases (0.736693 (neutral:0.000000)), pair (0.643987 (positive:0.426738)), Halve (0.556653 (negative:-0.206713)), Gravity (0.502939 (positive:0.249822)), masses (0.501319 (negative:-0.574138)), Law (0.473581 (neutral:0.000000)), word (0.472797 (neutral:0.000000))
Entities:
Law of Universal Gravitation:PrintMedia (0.865240 (neutral:0.000000))
Concepts:
Mass (0.923004): dbpedia | freebase | opencyc
Gravitation (0.815850): website | dbpedia | freebase
General relativity (0.712135): dbpedia | freebase | opencyc
Introductory physics (0.673117): dbpedia
2000 albums (0.651663): dbpedia
Gravitational constant (0.650937): dbpedia | freebase
Newton's law of universal gravitation (0.635276): dbpedia | freebase | yago
Fundamental physics concepts (0.628604): dbpedia
Grunch of GiantsTriples
Stating a Physics Law without Physics Terminology
Newton\'s Law of Universal Gravitation > Comparison > A Unique Statement of the Law of Universal GravitationBuckminster Fuller's restatement of Newton's Law of Universal Gravitation, without using any of the physics terminology in the original, is thought provoking in how flaky it sounds.
