A System of Practical Arithmetic: Applicable to the Present State of Trade, and Money Transactions: Illustrated by Numerous Examples Under Each Rule; for the Use of Schools |
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Page 2
... whole number is read , Six thousand six hundred and sixty - six . The first six figures in the table above are read , One hundred twenty- six thousand nine hundred and seventy - eight . The whole period of nine figures is thus read ...
... whole number is read , Six thousand six hundred and sixty - six . The first six figures in the table above are read , One hundred twenty- six thousand nine hundred and seventy - eight . The whole period of nine figures is thus read ...
Page 6
... whole sum contained in it . † Ex . 1. What is the sum of 3684 , 4863 , 365 , 29 , 56874 , and 609 ? 3684 4863 365 29 56874 609 Answer • 66424 is the sum total . PROOF . Add the numbers together in a contrary order , beginning at the top ...
... whole sum contained in it . † Ex . 1. What is the sum of 3684 , 4863 , 365 , 29 , 56874 , and 609 ? 3684 4863 365 29 56874 609 Answer • 66424 is the sum total . PROOF . Add the numbers together in a contrary order , beginning at the top ...
Page 8
... . Let him then proceed to the eight sums consisting of three figures each ; then with four figures , and so on till the whole nine figures are finished , and the table learnt . Ex . 20.9 Ex . 21. 24 Ex . 22. S ADDITION ,
... . Let him then proceed to the eight sums consisting of three figures each ; then with four figures , and so on till the whole nine figures are finished , and the table learnt . Ex . 20.9 Ex . 21. 24 Ex . 22. S ADDITION ,
Page 19
... whole product . * NOTE . To multiply by any nutnber between 13 and 19 . RULE . Multiply the units figure of the multiplicand , by the right - hand digit of the multiplier ; set down the unit's figure of the product , and re- member what ...
... whole product . * NOTE . To multiply by any nutnber between 13 and 19 . RULE . Multiply the units figure of the multiplicand , by the right - hand digit of the multiplier ; set down the unit's figure of the product , and re- member what ...
Page 20
... the same remainder as the sum of digits divided by 9 : thus 8769 divided by 9 , leaves 1 as a re- mainder ; and so will 8 + 7 +6 +7 , or 28 , divided by 9 . out the 9's of the whole product , and I 20 MULTIPLICATION .
... the same remainder as the sum of digits divided by 9 : thus 8769 divided by 9 , leaves 1 as a re- mainder ; and so will 8 + 7 +6 +7 , or 28 , divided by 9 . out the 9's of the whole product , and I 20 MULTIPLICATION .
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A System of Practical Arithmetic, Applicable to the Present State of Trade ... Jeremiah Joyce No preview available - 2018 |
A System of Practical Arithmetic, Applicable to the Present State of Trade ... Jeremiah Joyce No preview available - 2015 |
Common terms and phrases
9 Ex acres aliquot amount annual annuity annum answer arithmetical progression Avoirdupois bill bushels common denominator compound interest containing cost course of exchange cube root cubic cyphers decimal difference ditto divide dividend divisor equal EXAMPLES farthings feet figures find the value fraction gallons geometrical progression geometrical series given number given sum gives guineas per cent hogsheads hundred improper fractions inches insure joint lives last term lease logarithm London measure miles millions mixed numbers months multiplicand Multiply the number neat weight NOTE number of terms ounces paid payment pence person aged piastre pound sterling pounds present value purchase quantity quotient Reduce remainder Rule of Three shews shillings square root sterling subtract supposing tare thousand tons tret Troy TROY WEIGHT whole number wine worth yards
Popular passages
Page 177 - Multiply each payment by the time at which it is due; then divide the sum of the products by the sum of the payments, and the quotient will be the equated time, nearly.
Page 112 - To reduce a mixed number to an improper fraction, — RULE : Multiply the whole number by the denominator of the fraction, to the product add the numerator, and write the result over the denominator.
Page 243 - Multiply each term into the multiplicand, beginning at the lowest, by the highest denomination in the multiplier, and write the result of each under its respective term ; observing to carry an unit for every 12, from each lower denomination to its next superior.
Page 92 - III. finally, multiply the second and third terms together, divide the product by the first, and the quotient will be the answer in the same denomination as the third term.
Page 150 - The first term, the last term (or the extremes) and the ratio given, to find the sum of the series. RULE. Multiply the last term by the ratio, and from the product subtract the first term ; then divide the remainder by the ratio, less by 1, and the quotient will be the sum of all the terms.
Page 113 - Multiply each numerator into all the denominators except its own for a new numerator, and all the denominators together for a common denominator.
Page 243 - In like manner, multiply all the multiplicand by the inches and parts of the multiplier, and set the result of each term one place removed to the right hand of those in the multiplicand...
Page 55 - Place the numbers so that those of the same denomination may stand directly under each other.
Page 149 - Given the first term, last term, and common difference, to find the number of terms. RULE. — Divide the difference of the extremes by the common difference, and the quotient increased by 1 is the number of terms.
Page 28 - ... the number in the quotient. Multiply the divisor by the quotient figure, and set the product under that part of the dividend used. Subtract the product, last found, from that part of the dividend under which...