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Definition of Linearly
1. Adverb. In a linear manner. "It grew linearly"
Definition of Linearly
1. adv. In a linear manner; with lines.
Definition of Linearly
1. Adverb. In a linear manner. ¹
2. Adverb. In a straight line. ¹
3. Adverb. In the manner of a linear function. ¹
¹ Source: wiktionary.com
Definition of Linearly
1. linear [adv] - See also: linear
Lexicographical Neighbors of Linearly
Literary usage of Linearly
Below you will find example usage of this term as found in modern and/or classical literature:
1. Theory of Differential Equations by Andrew Russell Forsyth (1902)
"Suppose now that the given differential equation of order m has a number s of
regular integrals, which are linearly independent of one another, ..."
2. Projective Geometry by Oswald Veblen, John Wesley Young (1910)
"and b intersect in a point P, and a line c skew to both of them men their plane
in a point Q, then in the first place all lines of the jrr. ab are linearly ..."
3. Theory of Functions of a Complex Variable by Andrew Russell Forsyth (1893)
"Hence the number of such functions is unlimited : they are, however, subject to
the following proposition : — The number of linearly independent functions ..."
4. The Geometric Theory of Ordinary Differential Equations and Algebraic Functions by Georges Valiron (1984)
"23 — Integrals of the first kind that are linearly independent Riemanns Formula We
... to the adjoints depend linearly on at least p homogeneous parameters, ..."
5. The Madison Colloquium 1913 by Leonard Eugene Dickson, William Fogg Osgood (1914)
"Number of linearly Independent Modular Invariants.— Since any modular invariant
7 takes certain values D0, . . ., vn-i for the respective classes C0, ..."
6. Introductory Treatise on Lie's Theory of Finite Continuous Transformation Groups by John Edward Campbell (1903)
"... yn linearly in the finite equations of the group. should be independent.
If we now introduce a new set of parameters z1,...,ztt defined by *-i\»fc. the ..."
7. Theory of the Algebraic Functions of a Complex Variable by John Charles Fields (1906)
"The number of the linearly independent conditions which must be satisfied by the
coefficients of an integral rational function $ (z. v) whose orders of ..."
8. Linear Systems Theory and Introductory Algebraic Geometry by Robert Hermann (1974)
"... are closely related to current pure mathematics research in algebraic geometry
and algebraic group theory. 3. EQUIVALENT AND linearly EQUIVALENT LINEAR, ..."
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