Definition of Law of continuation

1. Noun. A Gestalt principle of organization holding that there is an innate tendency to perceive a line as continuing its established direction.


Lexicographical Neighbors of Law Of Continuation

law of Hobson-Jobson
law of action and reaction
law of areas
law of average localization
law of averages
law of biogenesis
law of chemical equilibrium
law of closure
law of common fate
law of conservation of energy
law of conservation of matter
law of constant numbers in ovulation
law of constant proportion
law of contiguity
law of continuation (current term)
law of contrary innervation
law of cosines
law of definite proportions
law of denervation
law of diminishing marginal utility
law of diminishing returns
law of double negation
law of effect
law of equal areas
law of equivalent proportions
law of excitation
law of excluded middle
law of gravitation

Literary usage of Law of continuation

Below you will find example usage of this term as found in modern and/or classical literature:

1. Euclid's Elements of Geometry: From the Latin Translation of Commandine, to by John Keill (1782)
"6.6 8.8 10.10 12.12 where the Law of Continuation is evident alfo, fince each Capital Letter is equal to its precedent ..."

2. A Philosophical and Mathematical Dictionary: Containing an Explanation of by Charles Hutton (1815)
"... c« 13с" v ч ' 2а 2.40 1.4'ЬО. the law of continuation is evident. Sec EXTRACTION of Roots, and BINOMIAL Theorem. From the specimens above given, ..."

3. The Monthly Review by Ralph Griffiths (1786)
"... law of continuation continues the fam?, while they diverge to a certain number of terms and afterwards converge, ..."

4. Ray's Algebra, Part Second: An Analytical Treatise, Designed for High by Joseph Ray (1857)
"After finding a few terms of the series, the law of continuation is, in general, easily seen, and the succeeding terms may be found without continuing the ..."

5. The Doctrine and Application of Fluxions: Containing (besides what is Common by Thomas Simpson (1823)
"Let the Quantity given be -= - — A. ~"™~ X ^~ JC~ Then the quotient will be 9x5 + 142'6 &c. where the law of continuation is manifest ; being ..."

6. American Edition of the British Encyclopedia: Or, Dictionary of Arts and by William Nicholson (1821)
"... which, be- ing divided l,y the same divisor, a + c, cn + l gives — r — -, -- for the supplement as a" + 1 (a + c) above " The Law of Continuation. ..."

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