For convenience we write the multiplier under the multiplicand, and begin with units to multiply.
When the process with a two-place multiplieris learned, multiplications by three-place numbers should soon follow.
Rather they learn about decimal notation by carrying, borrowing, writing the last figure of each partial product under the multiplier which gives that product, etc.
It is obvious that since the speed of a line shaft is used as a multiplier in the calculation of the horse-powers of shafts, a given diameter of shaft will transmit more power in proportion as its speed is increased.
A minor invention or discovery simply adds to human resources: a supreme conquest as of flame or electricity, is a multiplier and lifts art and science to a new plane.
As we examine electricity in its fruitage we shall find that it bears the unfailing mark of every other decisive factor of human advance: its mastery is no mere addition to the resources of the race, but a multiplier of them.
Are we not, then, justified in holding electricity to be a multiplier of faculty and insight, a means of dignifying mind and soul, unexampled since man first kindled fire and rejoiced?
The history of the multiplier instruments has had its fair share of erroneous reports and misleading clues.
The "bow-pattern" device has novelty interest only, adding nothing to the elucidation of the multiplier phenomenon.
Though the multiplier configuration of needle and wire is in fact present here, Schweigger does not mention it, evidently regarding this as a separate project.
On varying the length of the connecting wire of the circuit, Cumming found the deflections of the multiplier needle to be in a nearly reciprocal relation.
Schweigger, therefore, described the basic multiplier idea clearly enough in his first paper, but offered no sketch of the simplest construction until the third paper.
The many experiments described in this paper added little or nothing to contemporary appreciation of the multiplier as an instrument.
The source of Poggendorf's vision of the multiplier principle was a little different from Schweigger's inspiration.
With themultiplier instrument, he found galvanic effects (i.
S: That He may pay them back fully their rewards and give them more out of His grace: surely He is Forgiving, Multiplier of rewards.
Therefore zeros in the multiplier would cause a corresponding change of position in the figures of the multiplicand.
The shifting of the little red marker serves to indicate the multiplier and requires constant attention on the part of the child and great exactness in his work.
The secondary beam may be dispensed with if a multiplier is not needed, and the secondary truss, t, with its standard and counterpoise, H, used alone to counteract the effect of change of level.
The return charge had been slower than before, and the big multiplier on the reel had done its work, so that when the tuna came near the boat not more than seventy feet of line was out, and the boy determined to hold on to this.
The tuna reached the surface with a speed that seemed incredible to the boy, and though he had been reeling as rapidly as he could make his fingers fly, even the big multiplieron the reel had failed to bring in all the slack.
The current would then flow along the conducting wire, around the multiplier coil in the distant instrument, and return by the common wire to the Voltaic battery.
The power of a single wire in causing this deviation of a needle is but small, but this was remedied by the invention of the multiplier or galvanometer by Prof.
The South-East Equatoreal has been partly occupied with the thermo-multiplier employed by Mr Stone for the measure of heat radiating from the principal stars.
Ores are the multiplicand and man the multiplier in the product which represents value or availability.
In short, man is the multiplier and the mineral substance is the multiplicand in the product known as value.
The next step is to arrange the multiplier and the multiplicand above the partial products.
Let the task be to multiply a multiplicand of four figures by a multiplier of three.
First the child must multiply every figure in the multiplicand by the units of the multiplier and write down the result; then by the tens, and then by the hundreds, and combine these results.
Place the multiplier so that its unit’s digit comes under the right-hand digit of the multiplicand.
Multiply as in whole numbers, and point off from the right of the product as many places as there are decimal places in both multiplier and multiplicand--prefixing ciphers if necessary.
It follows that if themultiplier be itself a factor of the denominator, we may, to multiply a fraction by a whole number, divide the denominator by that number.
The number of decimal places in the product will always be equal to the sum of the number of decimal places in the multiplier and the multiplicand.
If the distance between the disks could be made infinitely small each time, then the multiplier r would be 2, and the charge would be doubled each time.
The onlymultiplier of 3 that produces an 8 in the digits place is 6.
Multiply the extraneous multiplier into the divisor thus truncated, and increase the product by 1, unless the extraneous multiplier be 7, when increase the product by 5.
Multiply together the extraneous multiplier and all the multipliers used in the process of obtaining the prepared divisor.
They are put up in portable boxes, and must be adjusted for each particular voltmeter as the resistance of a multiplier coil must be a multiple of the resistance of the voltmeter itself.
A multiplier is of considerable value in that it does away with the necessity of having a number of voltmeters of different ranges.
A multiplier is connected in series with the voltmeter and must be adjusted for the instrument with which it is to be used, because the resistance coil must be a multiple of the voltmeter resistance.
A multiplier is used for increasing the readings of voltmeters, and consists of resistance coils placed in a portable case.
In the Khasia mountains I found, from the mean of twelve stations and twenty-three observations, the multiplier as derived from the mean of the temperature at the upper station and at Calcutta, to be 75.
