Staniford's Practical Arithmetic ...: Adapted Principally to Federal Currency |
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Page 7
... Note : The number belonging to the above signs of powers , and roots , is called the index or exponent . A line or vinculum , drawn over several numbers , signifies , that the numbers under it are to be considered jointly ; as 8-3 + 4 ...
... Note : The number belonging to the above signs of powers , and roots , is called the index or exponent . A line or vinculum , drawn over several numbers , signifies , that the numbers under it are to be considered jointly ; as 8-3 + 4 ...
Page 14
... NOTE . The Multiplicand and Multiplier are called the factors . MULTIPLICATION AND DIVISION TABLE . 2 Times 2 are ) 4 4 Times 4 are 16 7 Times 7 are 49 ob 6112 3 6 5 20 8 56 4 8 6 24 9 63 5 10 7 28 10 70 8 32 11 77 14 9 36 12 84 8 16 10 ...
... NOTE . The Multiplicand and Multiplier are called the factors . MULTIPLICATION AND DIVISION TABLE . 2 Times 2 are ) 4 4 Times 4 are 16 7 Times 7 are 49 ob 6112 3 6 5 20 8 56 4 8 6 24 9 63 5 10 7 28 10 70 8 32 11 77 14 9 36 12 84 8 16 10 ...
Page 18
... NOTE . The work in Short Division is done mentally , that is , divided in the mind , and the result only written down ; whereas in Long Di- vision the operation is written at large . EXAMPLES . 1 . 2 . Divisor . 8 ) 38748747 9 ...
... NOTE . The work in Short Division is done mentally , that is , divided in the mind , and the result only written down ; whereas in Long Di- vision the operation is written at large . EXAMPLES . 1 . 2 . Divisor . 8 ) 38748747 9 ...
Page 19
... Remainder . 44 Remainder . NOTE . The fraction must always be reduced to its lowest terms before it is annexed to the quotient , as in the two last Examples . CASE III . When the divisor is a composite number SIMPLE DIVISION . 19.
... Remainder . 44 Remainder . NOTE . The fraction must always be reduced to its lowest terms before it is annexed to the quotient , as in the two last Examples . CASE III . When the divisor is a composite number SIMPLE DIVISION . 19.
Page 20
... NOTE . To find the true remainder , when there is a remainder to each of the quotients . RULE . Multiply the first divisor into the last remainder , to the product add the first remainder , the sum will be the true remainder . Thus in ...
... NOTE . To find the true remainder , when there is a remainder to each of the quotients . RULE . Multiply the first divisor into the last remainder , to the product add the first remainder , the sum will be the true remainder . Thus in ...
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Staniford's Practical Arithmetic ...: Adapted Principally to Federal Currency Daniel Staniford No preview available - 2016 |
Common terms and phrases
ac't aliquot amount annexed answer April April 15 balance barter Benjamin Gould Bills payable Bills receivable bought Bourdeaux broadcloth Cash Dr Cash in full Charles Lee ciphers coffee compound consigned debited decimal denominator ditto Divide dividend divisor dollars entry equal EXAMPLES Expl farthings Federal Money feet find the value folio gallons gals given number given sum guilders Henry Lee's hhds Journal L. F. Boston least common multiple left hand Leger livres Madeira wine merchant mixt number months NOTE number of terms Oporto paid pence port wine pounds principal proceeds Profit and Loss quantity quotient Reduce remainder repetend right hand figures Robert Means Rufus Perkins Rule of Three shillings Ship Massachusetts Sold for cash sterling stivers Stock subtract sugar Sundries Dr tare Thomas tobacco TROY WEIGHT vulgar fraction weight whole numbers yards cost
Popular passages
Page 2 - District Clerk's Office. BE IT REMEMBERED, that on the tenth day of August, AD 1829, in the fifty-fourth year of the Independence of the United States of America, JP Dabney, of the said district, has deposited in this office the title of a book, the right whereof he claims as author, in the words following, to wit...
Page 121 - Less requiring less, is when the third term is less than the first, and requires the fourth term (or answer) to be less than the second.
Page 57 - Divide the common denominator by the denominator of each fraction, and multiply the quotient by the numerator, and the product will be the numerator of the fraction required.
Page 85 - The denominator of a decimal, though never expressed, is always the unit, 1, with as many ciphers annexed as there are figures in the decimal.
Page 134 - Is when the several shares of stock are continued in trade an equal term of time. RULE. As the whole stock is to the whole gain or loss : so is each man's particular stock, to his particular share of the gain or loss.
Page 56 - RULE. Multiply all the numerators together for a new numerator, and all the denominators for a new denominator: then reduce the new fraction to its lowest terms.
Page 54 - Divide the terms of the given fraction by any number which will divide them without a remainder, and the quotients again in the same manner ; and so on, till it appears that there is no number greater than 1, which will divide them, and the fraction will be in its least terms.
Page 52 - From what has preceded, we perceive that the value of a fraction is the quotient arising from the division of the numerator by the denominator, or from the expression of this division.
Page 159 - London ; and when, on the other hand, £100 will not suffice to buy a bill for fs.2520, the exchange is against London and in favour of Paris. The course of exchange — is the current price between two places, which is always fluctuating, being sometimes above and sometimes below par, according to the circumstances of trade, and the consequent debt due to or from one country, from or to the other.
Page 75 - The quotient must always have as many decimal places as the dividend has more than the divisor. Note 1. — If the divisor and dividend have both the same number of decimal parts, the quotient will be a whole number.