The First Part of the United States Arithmetic: Designed for Schools |
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Page 10
... stand in when joined together ; following as in the NUMERATION TABLE . Tens of Thousands thous Hund . of thous . Millions Hundreds of millions Tens of millions 7 87 987 5 4 654 Tens 1 One . 2 1 Twenty - one . 3 2 1 Three hundred and ...
... stand in when joined together ; following as in the NUMERATION TABLE . Tens of Thousands thous Hund . of thous . Millions Hundreds of millions Tens of millions 7 87 987 5 4 654 Tens 1 One . 2 1 Twenty - one . 3 2 1 Three hundred and ...
Page 11
... stands for nothing of itself , but being placed on the right hand of other figures , it increases their value in the ... stand . Q. When is the word million used ? Q. When is the word billion used ? Q. How many places are there between ...
... stands for nothing of itself , but being placed on the right hand of other figures , it increases their value in the ... stand . Q. When is the word million used ? Q. When is the word billion used ? Q. How many places are there between ...
Page 13
... stand for things , those things must be exactly of the same kind . 2d . They must both be of the same denomination . 3d . Two figures cannot be added together unless they hold the same place in the scale of numbers . Q. Can you give me ...
... stand for things , those things must be exactly of the same kind . 2d . They must both be of the same denomination . 3d . Two figures cannot be added together unless they hold the same place in the scale of numbers . Q. Can you give me ...
Page 14
... stand under units , tens under tens , & c . , and draw a line under them . 2. Add up the figures in the row of units , and find how many tens are contained in their sum . 3. Write down what remains above the tens , or if nothing remains ...
... stand under units , tens under tens , & c . , and draw a line under them . 2. Add up the figures in the row of units , and find how many tens are contained in their sum . 3. Write down what remains above the tens , or if nothing remains ...
Page 15
... stands uppermost . PROOF . 1. Draw a line below the uppermost number , and suppose it cut off . 2. Add all the rest together , and write their sum under the number to be proved . 3. Add this last found number and the uppermost line ...
... stands uppermost . PROOF . 1. Draw a line below the uppermost number , and suppose it cut off . 2. Add all the rest together , and write their sum under the number to be proved . 3. Add this last found number and the uppermost line ...
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The First Part of the United States Arithmetic: Designed for Schools William Vogdes No preview available - 2016 |
Common terms and phrases
1dwt 1hhd 2fur 3hhd 4dwts 4fur 5fur 6fur 7fur APOTHECARIES avoirdupois weight bales barrels of flour bushels cents ciphers composite number cords cost difference divided by 9 dividend division divisor dollars dozen drachms dry measure ells equal excess of 9s excess of nines four furlongs gallons given numbers grains greater Grenada higher denomination hogsheads hundred inches integers less number merchant bought method of proof millions mills MISCELLANEOUS EXERCISES multiplicand multiplier number of examples Odwt Ofur Ohhd ounces paid pair Pennsylvania pennyweight perches PETER HAINES Philadelphia pints Port wine pounds prime factors prime number quantity quarts quotient quotient figure Repeat the table roods RULE sold solid feet square miles square rod square yards subtraction sugar tens Thousand 321 tons troy weight United States Arithmetic Vogdes weight whole number
Popular passages
Page 49 - Multiply the last remainder by the preceding divisor, or last but one, and to the product add the preceding remainder ; multiply this sum by the next preceding divisor, and to the product add the next preceding remainder ; and so on, till you have gone backward through all the divisors and remainders to the first.
Page 17 - ... any number divided by 9, will leave the same remainder as the sum of its figures, or digits, divided by 9, which may be thus demonstrated.
Page 89 - Proceed in this way through all the denominations to the highest, and the quotient last found, together with the several remainders, if any, will give the value sought.
Page 36 - The reason of this method is obvious ; for any number multiplied by the component parts of another, must give the same product as if it were multiplied by that number...
Page 47 - ... and it is evident, that as often as the whole divisor is contained in the whole dividend, so often must any part of the former be contained in a like part of the latter. * This follows from the second contraction in Multiplication...
Page 14 - Los números cardinales 0: zero 1: one 2: two 3: three 4: four 5: five 6: six 7: seven 8: eight 9: nine 10: ten 11: eleven 12: twelve 13: thirteen 14: fourteen 15: fifteen 16: sixteen 17: seventeen 18: eighteen 19: nineteen 20: twenty 21: twenty-one 22: twenty-two...
Page 57 - Troy Weight. 24 grains (gr.) — 1 pennyweight (dwt). 20 pennyweights — 1 ounce (oz.) 12 ounces — 1 pound (Ib.).
Page 31 - Place the least number under the greatest, so that units may stand under units, tens under tens, &c. .and draw a line under them. 2. Begin at the right hand, and take each figure in the lower line from the figure above it, and set down the remainder.
Page 24 - Subtract the subtrahend from the dividend, and to the remainder bring down the next period for a new dividend, with which proceed as before ; and so on, till the whole is finished.
Page 44 - When the divisor is large, the pupil will find assistance in determining the quotient figure, by finding how many times the first figure of the divisor is contained in the first figure, or if necessary, the first two figures of the dividend.