The principles of architecture, Τόμος 11809 |
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Σελίδα 65
... multiplicand . III . The number of times by which the multiplicand is repeated , is called the multiplier . IV . The multiplier and multiplicand , are each called factors . V. The number arising , by repeating the multiplicand as often ...
... multiplicand . III . The number of times by which the multiplicand is repeated , is called the multiplier . IV . The multiplier and multiplicand , are each called factors . V. The number arising , by repeating the multiplicand as often ...
Σελίδα 66
... multiplicand , the sum of all the products will be equal to the multiplicand , taken as often as there are units in the multiplier , thus 4 × 3 = 12 ; now let the multiplier , viz . the 3 , be separated into the parts 2 and 1 , then 2 ...
... multiplicand , the sum of all the products will be equal to the multiplicand , taken as often as there are units in the multiplier , thus 4 × 3 = 12 ; now let the multiplier , viz . the 3 , be separated into the parts 2 and 1 , then 2 ...
Σελίδα 67
... multiplicand , so that units may be under units , tens under ters , & c . and draw a line under them . II . Begin at ... multiplicand . EXAMPLE I. What is the product of 364 , multiplied by 25 ? Proof . Multiplicand 364 25 Multiplier 25 ...
... multiplicand , so that units may be under units , tens under ters , & c . and draw a line under them . II . Begin at ... multiplicand . EXAMPLE I. What is the product of 364 , multiplied by 25 ? Proof . Multiplicand 364 25 Multiplier 25 ...
Σελίδα 68
... multiplicand together , omit the 9's out of the sum , and set down the excess on one end of the cross ; do the same with the multi- plier , and set the excess on the opposite end of the cross ; then multiply the two excesses together ...
... multiplicand together , omit the 9's out of the sum , and set down the excess on one end of the cross ; do the same with the multi- plier , and set the excess on the opposite end of the cross ; then multiply the two excesses together ...
Σελίδα 69
... multiplicand or the multiplier , or in both , add the number of ciphers to the right hand product that there is to be found in each . Ex . IV . Ex . V. 379532 305003 405832 14800 1138596 3246656 1897660 1623328 1138596 405832 ...
... multiplicand or the multiplier , or in both , add the number of ciphers to the right hand product that there is to be found in each . Ex . IV . Ex . V. 379532 305003 405832 14800 1138596 3246656 1897660 1623328 1138596 405832 ...
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Συχνά εμφανιζόμενοι όροι και φράσεις
A B C axes Bisect the arc chord circumference CONIC SECTIONS conjugate axis curve cutting A B cutting the circle cylinder decagon decimals denomination describe an ellipsis describe the arc distance divide divisor dodecagon double ordinate draw E F draw G H Draw the diagonals draw the lines equal to A B equilateral EXAMPLE F and G F draw feet figure frustum G PROB given number given point height hyperbola Join Latus rectum lipsis Multiply number of equal parabola parallel to A B perpendicular perpendicular to A B plane point E points F polygon PROBLEM PROBLEM PROBLEM XI quotient radius rectangle regular polygon right angles right line A B segment solidity square tangent transverse axis trapezium triangle vulgar fraction
Δημοφιλή αποσπάσματα
Σελίδα 141 - Multiply the divisor, thus augmented, by the last figure of the root, and subtract the product from the dividend, and to the remainder bring down the next period for a new dividend.
Σελίδα 108 - RULE. Divide the numerator by the denominator, and the quotient will be the whole or mixed number sought.
Σελίδα xxxviii - Plane figures that are bounded by right lines have names according to the number of their sides, or of their angles ; for they have as many sides as angles ; the least number being three.
Σελίδα xxxviii - A Right angle is that which is made by one line perpendicular to another. Or when the angles on each side are equal to one another, they are right angles.
Σελίδα 139 - ROOT of any given number, or power, is such a number as, being multiplied by itself a certain number of times, will produce the power ;. and it is denominated the first, second, third, fourth, fcfc.
Σελίδα 155 - From half the sum of the three sides, subtract each side severally; multiply the half sum, and the three remainders together, and the square root of the product will be the area required.
Σελίδα 92 - Having arranged the numbers so that the smaller may stand under the greater, subtract each number in the lower line from that which stands above it, and write down the remainders. When any of the lower denominations are greater than the upper, increase the upper number by as many as make one of the next higher denomination, from which take the figure...
Σελίδα 137 - RULE. Multiply the given number, or first power continually by itself, till the number of multiplications be 1 less than the index of the. power to be found, and the last product will be the power required.
Σελίδα xxxvii - Line, or Straight Line, lies all in the same direction between its extremities, and is the shortest distance between two points.
Σελίδα 7 - From A, one end of the line, draw A c, making any angle with AB ; and from B, the other end, draw B d, making the angle AB c?