# Multiplying Sentence Examples

- And God kept
**multiplying**and**multiplying**'em and feeding this whole field of people, like at a rock concert. - The electrochemical equivalent of any other substance, whether element or compound, may be found by
**multiplying**its chemical equivalent by I 036X Io-5. - The rate at which energy is lost being proportional to the frequency, it is obvious that the loss at frequency ioo may be deduced from that at any other frequency n by simply
**multiplying**by too n. - This states that the result of the operation of
**multiplying**3/b by 4 is 12 lb. - Their selection for a particular purpose depends upon some special quality which they possess; thus for brewing certain essentials are demanded as regards stability, clarification, taste and smell; whereas, in distilleries, the production of alcohol and a high
**multiplying**power in the yeast are required. - Many of the furious Terrorists now became quiet and active councillors or administrators, the First Consul adopting the plan of
**multiplying**"places," of overwhelming all officials with work, and of busying the watch-dogs of the Jacobinical party by "throwing them bones to gnaw." - To render the elongation evident, another wire is attached to its centre S2, this last having a thread fixed to its middle of which the other end is twisted round the shaft of an index needle or in some way connected to it through a
**multiplying**gear. - By cancelling the political power of the Areopagus and
**multiplying**the functions of the popular law-courts, Ephialtes abolished the last checks upon the sovereignty of the commons. - He introduced the idea of comparing the refractivity of equimolecular quantities of different substances by
**multiplying**the function (n-1)/d by the molecular weight (M) of the substance, and investigated the relations of chemical grouping to refractivity. - Another motive for
**multiplying**the number of graves operated when the cubiculum contained the remains of any noted saint or martyr. - We may say that, in the resulting determinant, the element in the ith row and k th column is obtained by
**multiplying**the elements in the kth row of the first determinant severally by the elements in the ith row of the second, and has the expression aklb11+ak2b12+ak3b13ï¿½ï¿½ï¿½ +aknbin, and we obtain other expressions by transforming either or both determinants so as to read by columns as they formerly did by rows. **Multiplying**out the right-hand side and comparing coefficients X1 = (1)x1, X 2 = (2) x2+(12)x1, X3 = (3)x3+(21)x2x1+ (13)x1, X4 = (4) x 4+(31) x 3 x 1+(22) x 2+(212) x2x 1 +(14)x1, Pt P2 P3 P1 P2 P3 Xm=?i(m l m 2 m 3 ...)xmlxm2xm3..., the summation being for all partitions of m.- (ii.) Perhaps the worst thing we can do, from the point of view of intelligibility, is to " clear of fractions " by
**multiplying**both sides by 6. - We replace 4(x3), for instance, by 4x4.3, because we know that, whatever the value of x may be, the result of subtracting 3 from it and
**multiplying**the remainder by 4 is the same as the result of finding 4x and 4.3 separately and subtracting the latter from the former. - (vi.) In the same way, we do not lay down a general rule that an equation is not altered by
**multiplying**both members by the same number. - Thus, if we have an equation P=Q, where P and Q are numbers involving fractions, we can clear of fractions, not by
**multiplying**P and Q by a number m, but by applying the equal multiples P and Q to a number m as unit. - The mean brightness varies as z3 (or as r3), and the integral found by
**multiplying**it by zdz and integrating between o and co converges. - The actual purchase price of the 17 lines was calculated at 43 millions sterling (about double their cost price), on the following basis: (a) An amount equal to 20 times the sum obtained by
**multiplying**the cost of construction at the date of purchase by the average ratio of the profit to the cost of construction during the six business terms of the company from the second half-year of 1902 to the first half-year of 1905. - Hence,
**multiplying**these normal forces by the areas of the corresponding faces, we have the total flux parallel to the x-axis given by - (d 2 V/dx 2)dxdydz, and similar expressions for the other sides. - The total entropy of the system is found by
**multiplying**the entropy per unit mass of the substance in each state by the mass existing in that state, and adding the products so obtained. **Multiplying**the total number of adult immigrants by any one of these figures, we get the annual value of immigration.- According to the investigations of Svante Arrhenius the osmotic pressure in atmospheres may be obtained by simply
**multiplying**the temp rature of freezing (r) by the factor -12.08, and it varies with temperature (t) according to the law which holds good for gaseous pressure. - This machine depended simply on the pressure of water acting directly in a cylinder on a piston, which was connected with suitable
**multiplying**gear. - The area is half the sum of the products obtained by,
**multiplying**each ordinate by the distance between the two adjacent ordinates. - The moment of a figure with regard to a plane is found by dividing the figure into elements of volume, area or length,
**multiplying**each element by its distance from the plane, and adding the products. - Of a plane or solid figure are found in the same way by
**multiplying**each element by the square, cube, ... - Hence the volume of each element of the solid figure is to be found by
**multiplying**the area of the corresponding element of the trapezette by 1, and therefore the total volume is 1 X area of trapezette. - Are found from the corresponding coefficients in the; uler-Maclaurin formula (§ 75) by
**multiplying**them by Pp2k+(1g2k+Rr2k.. - On the assumption that the volume of each minor briquette is concentrated along its mid-ordinate (§ 44), and we then obtain the formulae of correction by
**multiplying**the formulae of § 82 in pairs. - Y where K-=4, X qth moment with regard to plane y =o, Lm yn X pth moment with regard to plane x =o, and R is the volume of a briquette whose ordinate at (x,.,y s) is found by
**multiplying**by pq x r P - 1 ys 4-1 the volume of that portion of the original briquette which lies between the planes x =xo, y =yo, y = ys. - If, then, we can determine the number m of revolutions performed by the plate in every second, we shall at once have the number of vibrations per second corresponding to the audible note by
**multiplying**m by n. - Against
**multiplying**gold and silver. - Now, since v sec i (54) di sec i dq C f(q sec i)' and
**multiplying**by /dt or q, (55) dx C q sec i dq - f (q sec i)' and**multiplying**by dy/dx or tan i, (56) dy C q sec i tan dq - f (q sec i) ' also (57) di Cg dq g sec i .f (g sec i)' (58) d tan i C g sec i dq - q. - The second of these relations is an important one, as it shows that from a table of logarithms to base a, the corresponding table of logarithms to base b may be deduced by
**multiplying**all the logarithms in the former by the constant multiplier i/logab, which is called the modulus of the system whose base is b with respect to the system whose base is a. - He then by means of a simple proportion deduced that log (I 00000 00000 00000 I)=o 00000 00000 00000 0 434 2 944 81 90325 1804, so that, a quantity 1.00000 00000 00000 x (where x consists of not more than seventeen figures) having been obtained by repeated extraction of the square root of a given number, the logarithm of I 00000 00000 00000 x could then be found by
**multiplying**x by 00000 00000 00000 04342 To find the logarithm of 2, Briggs raised it to the tenth power, viz. **Multiplying**the significant figures by 4342...**Multiplying**by 50, we have 50X43,867=2,193,350, and on looking in Burckhardt's Table des diviseurs for a number near to this which shall have no prime factor greater than 10,009, it appears that 2,193,349 = 23 X 47 X 2029; thus 43,867= Au (23X47X2029 -{-1), and therefore log e 43,867 = log e 23+loge 47+logy 2029 - log e 50 +2,193,349 2 (2,193,349) 2 + (2,193,349)3 &c. The first term of the series in the second line is whence, taking out the logarithms from Wolfram's table, log e 43, 86 7 = Io 68891 76079 60568 10191 3661.- Taking, for example, the number 1.087678, the object is to destroy the significant figure 8 in the second place of decimals; this is effected by
**multiplying**the number by 1- 08, that is, by subtracting from the number eight times itself advanced two places, and we thus obtain 100066376. - To destroy the first 6 multiply by 1- 0006 giving 1000063361744, and
**multiplying**successively by i- 00006 and 1-. - The Sum Will Be The Year Of The Christian Era, And The Day Of The Year Will Be Found By
**Multiplying**The Decimal Figures By 365. - The Great Northern War was primarily a training school for a backward young nation, and in the second place a means of
**multiplying**the material resources of a nation as poor as she was backward. - Retaining walls b, b are built up to the ground level, and the spaces between the two are covered by thick boarding, which is to be shut down as shown at c in cold weather to exclude frost, and opened as shown at d in mild weather to promote The height of the pit of the plants; and, to from the havoc caused by accidents, and very short ones being objectionable as
**multiplying**the chances of drip, and the exclusion of light by the numerous lappings; panes about 12 in. - Abraham Bennet, the inventor of the gold leaf electro e described a doubler or machine for
**multiplying**Bennet'. - 6) which could be made to rotate at a considerable speed by a
**multiplying**gear, part of which is seen at X. - The Tromholt-Schroeter data for Scandinavia as a whole commenced with 1761; the figures for earlier years were obtained by
**multiplying**the data for Sweden by 1.356, the factor being derived by comparing the figures for Sweden alone and for the whole of Scandinavia from July 1761 to June 1783. - To measure vertical motion, which with the greater number of earthquakes is not appreciable, a fairly steady mass to which a
**multiplying**light-writing index can be attached is ob tamed from a weight carried on a lever held by any form of spring in a horizontal position. - 2, but
**multiplying**the motion six or seven times, good results may be obtained. **Multiplying**and dividing by 5 and finding the 13/4 value were also among the fundamental instruments of calculation, and all multiplication proceeded by repetitions of these processes with addition, e.g.- Just as books were the means of
**multiplying**, cheapening and disseminating ideas, so engravings on copper or wood were the means of**multiplying**, cheapening and disseminating images which gave vividness to the ideas, or served, for those ignorant of letters, in their stead. - Meanwhile believers in Enfantin and his new religion were
**multiplying**in all parts of Europe. - The increased loading space required in the sheds is obtained by
**multiplying**the number and the length of lines and platforms; sometimes also there are short sidings, cut into the platforms at right angles to the lines, in which wagons are placed by the aid of wagon turn-tables, and sometimes the wagons are dealt with on two floors, being raised or lowered bodily from the ground level by lifts. **Multiplying**through by w we obtain Tw = 2FwD = 2µWwD = RV (4) This is a fundamental energy equation for any form of locomotive in which there is only one driving-axle.- Dividing thr Hugh by V and
**multiplying**through by 550, 2240W 2240Wa R =Were+W vry t G (23) ' 'an expression giving the value of R the total tractive resistance. - Ai by substituting for y 1, y 2 the cogredient quantities b2,-b1, and
**multiplying**by by-k. - The second method is in principle extremely simple, consisting merely in
**multiplying**the observed velocity of light by the time which it takes light to travel from the sun to the earth. - The scale is graduated in such a manner that by
**multiplying**the reading by a simple factor (generally 10 or 2) the absolute value of the magnetization is obtained.