# Integer Sentence Examples

- (a) It is clear that every
**integer**is divisible by I!. - The efforts which were consequently made in the early days of spectroscopy to discover some numerical relationship between the different wave lengths of the lines belonging to the same spectrum rather disregard the fact that even in acoustics the relationship of
**integer**numbers holds only in special and very simple cases. - Is less than 2 o o If the numerator of the fraction consists of an
**integer**and 4 - e.g. - 2) he says, of
**Integer**vitae: 'Tis a verse in Horace; I know it well: I read it in the grammar long ago." - If s represents the series of
**integer**numbers the distribution of frequency may be represented by C+Bs2, where C and B are constants. - T (22P11),; X 1 and 12 each assuming all
**integer**(including zero) values. - This process consists in proving that a property involving p is true when p is any positive
**integer**by proving (I) that it is true when p= 1, and (2) that if it is true when p=n, where n is any positive**integer**, then it is true when p = n+ I. - &c., where p+pq is the quantity whoseTi power or root is required, p the first term of that quantity, and q the quotient of the rest divided by p, m the power, which may be a positive or negative
**integer**or a fraction, and a, b, c, &c., the several terms in order, In a second letter, dated the 24th of October 1676, to Oldenburg, Newton gave the train of reasoning by which he devised the theorem. - - There are two kinds of approach to a limit, which may be illustrated by the series forming the expansion of (x+h) n, where n is a negative
**integer**and 1> h/x> o. - As really denoted any
**integer**or whole; whence the English word "ace." - If we wish to be more general, while still adhering to Deslandres' law as a correct representation of the frequencies when s is small, we may write n - A (s+ 1 1) 2 - - a Po+Pi(s + c) -F +pr(s+ c)r' where s as before represents the
**integer**numbers and the other quantities involved are constants. - For practical purposes the number taken as base is so; the convenience of this being that the increase of the index by an
**integer**means multiplication by the corresponding power of 10, i.e. - These works possess considerable originality, and contain many new improvements in algebraic notation; the unknown (res) is denoted by a small circle, in which he places an
**integer**corresponding to the power. - The application of the method to the calculation of (I +x) n, when n= p/q, q being a positive
**integer**and p a positive or negative**integer**, involves, as in the case where n is a negative**integer**, the separate consideration of the form of the coefficients b 1, b 2, ... - In the case of a recurring continued fraction which represents N, where N is an
**integer**, if n is the number of partial quotients in the recurring cycle, and pnr/gnr the nr th convergent, then p 2 nr - Ng2nr = (- I) nr, whence, if n is odd, integral solutions of the indeterminate equation x 2 - Ny 2 = I (the so-called Pellian equation) can be found. - (1-20) The actual form of a perpetuant of degree 0 has been shown by MacMahon to be +1 K0_1+1 K 3+20-4 K2, 01, 0-2, 0-3, ...3, 2), K 0, Ke -1, ...K 2 being given any zero or positive
**integer**values. - R= io, we get the ordinary expression of P/Q as an
**integer**and a decimal; but, if P/Q were equal to 1/3, we could not express it as a decimal with a finite number of figures. - The explanation of this property of the base io is evident, for a change in the position of the decimal points amounts to multiplication or division by some power of 10, and this corresponds to the addition or subtraction of some
**integer**in the case of the logarithm, the mantissa therefore remaining intact. - Here n represents an
**integer**which is 3 if the vibration is a simple doublet, but may have a higher**integer**value. - If, out of every N cases, where N may be a very large number, a is A in pN cases and not-A in (I - p) N cases, where p is a fraction such that pN is an
**integer**, then p is the probability or frequency of occurrence of A. - Comparison with the table of binomial coefficients in ï¿½ 43 suggests that, if m is any positive
**integer**, (I +x)-m =Sr+Rr (25), where Sr=I -m[1]x+m[2]x2...+(-)rm[r]xr (26), Rr_(_)r+1xr+11m[r] (1Fx) - 1+(m - I[r](I+x) m) (27). - The method of electrical images will enable the stream function, )' to be inferred from a distribution of doublets, finite in number when the surface is composed of two spheres intersecting at an angle 7r/m, where m is an
**integer**(R. - He extended the "law of continuity" as stated by Johannes Kepler; regarded the denominators of fractions as powers with negative exponents; and deduced from the quadrature of the parabola y=xm, where m is a positive
**integer**, the area of the curves when m is negative or fractional. - N's N (I +µ) (s+o.)2 Here and N are constants, while s as before is an
**integer**number. - For the application of continued fractions to the problem " To find the fraction, whose denominator does not exceed a given
**integer**D, which shall most closely approximate (by excess or defect, as may be assigned) to a given number commensurable or incommensurable," the reader is referred to G. - An im 5 proper fraction is therefore equal either to an 2 I
**integer**or to a mixed number. - (v.) Since (r) is an
**integer**, (r) is divisible by r!; i.e. - - When a fraction cannot be expressed by an integral percentage, it can be so expressed approximately, by taking the nearest
**integer**to the numerator of an equal fraction having ioo for its denominator. - Are
, and a is an**integers****integer**or zero. - (ii.) To continue the division we may take as our new unit a submultiple of Q, such as Q/r, where r is an
**integer**, and repeat the process. - The pth root of a number (§43) may, if the number is an
**integer**, be found by expressing it in terms of its prime factors; or, if it is not an**integer**, by expressing it as a fraction in its lowest terms, and finding the pth roots of the numerator and of the denominator separately. - Trunk series: t N = [s +al +b/s 1 [1 5 +a1 +b'/(I.5)2}2 Main Branch Series: t ytr' - I I N [2 + al + 6/29 2 [r+al Side Branch Series: t nT = N [2 +al+6,/22]2 [s+c+d,s92 Here s stands for an
**integer**number beginning with 2 for the trunk and 3 for the main branch, and r represents the succession of numbers 1 5, 5, 3 5, &c. As Ritz points out, the first two equations appear only to be particular cases of the form n I I N +1)2 in which s and r have the form given above.