Bode's law

American  

[bohdz law] / ˈboʊdz ˈlɔ /

noun

Astronomy.

1. a numerical scheme that gives the approximate distance from the sun of the seven planets closest to the sun (Mercury through Uranus) but fails for Neptune and Pluto, which are further away.

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Bode's law British  

/ bəʊdz /

noun

1. astronomy an empirical rule relating the distances of the planets from the sun, based on the numerical sequence 0, 3, 6, 12, 24,…. Adding 4 to each number and dividing by 10 gives the sequence 0.4, 0.7, 1, 1.6, 2.8,…, which is a reasonable representation of distances in astronomical units for most planets if the minor planets are counted as a single entity at 2.8

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Etymology

Origin of Bode's law

First recorded in 1825–35; after Johann E. Bode (1747–1826), German astronomer, though probably first formulated by Johann D. Titius (Tietz), German astronomer (1729–96)

Example Sentences

The astronomer found Bode's law to all appearance violated by the omission of a planet between Mars and Jupiter.

From The Philosophy of Evolution Together With a Preliminary Essay on The Metaphysical Basis of Science by Carpenter, Stephen H. (Stephen Haskins)

Still, Bode's law has a comprehensive approximate reality in the Solar System, sufficient to make it a strong recommendation of any hypothesis of the origin of the system, that it shall account for this law.

From The Plurality of Worlds by Hitchcock, Edward

If we make a similar computation for each planet, we shall find that their distances from the sun show a remarkable agreement with an artificial series of numbers called Bode's law.

From A Text-Book of Astronomy by Comstock, George C.

Bode's law, you know, says, Write down 0, 3, 6, 12, 24, 48, 96.

From A journey in other worlds A romance of the future by Astor, John Jacob

The mean distance from the sun was found to be 2.767, agreeing with the 2.8 given by Bode’s law.

From History of Astronomy by Forbes, George