The school arithmetic |
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Page 2
... divide it into periods , allowing three places to each . 2o . Then read each period from the left , adding the name of the period to the number which its figures express . To read 43506403 ; by dividing it into periods , we have ...
... divide it into periods , allowing three places to each . 2o . Then read each period from the left , adding the name of the period to the number which its figures express . To read 43506403 ; by dividing it into periods , we have ...
Page 14
... divide it into parts by taking each of its figures separately . 3o . This is self - evident . 30. PROOF . - I . Multiply the multiplier by the multiplicand and the same result will be obtained ( 26 ) . II . The explanation given ( 25 ) ...
... divide it into parts by taking each of its figures separately . 3o . This is self - evident . 30. PROOF . - I . Multiply the multiplier by the multiplicand and the same result will be obtained ( 26 ) . II . The explanation given ( 25 ) ...
Page 19
... divide what is left by the quotient ; the new result or quotient will be the same as the given divisor . III . Add every alternate line of figures just as they stand in the operation , their sum should be equal to the dividend . IV ...
... divide what is left by the quotient ; the new result or quotient will be the same as the given divisor . III . Add every alternate line of figures just as they stand in the operation , their sum should be equal to the dividend . IV ...
Page 20
... divide by a composite number . RULE . - 10 . Divide first by one factor , as in Short Division , then divide this quotient by the other factor . 2o . Multiply the last remainder by the first divisor , and to the product add the first ...
... divide by a composite number . RULE . - 10 . Divide first by one factor , as in Short Division , then divide this quotient by the other factor . 2o . Multiply the last remainder by the first divisor , and to the product add the first ...
Page 21
... Divide with the remaining figures of the divisor , and annex the figures cut off from the dividend to the remainder . Ex . 1. 96846 ÷ 1200-968,46 ÷ 12,00 = 80 + 846 Ans . Hence , to divide by any number consisting of 1 followed by any ...
... Divide with the remaining figures of the divisor , and annex the figures cut off from the dividend to the remainder . Ex . 1. 96846 ÷ 1200-968,46 ÷ 12,00 = 80 + 846 Ans . Hence , to divide by any number consisting of 1 followed by any ...
Common terms and phrases
30 tailors 6mths 7cwt 8hrs abstract number acres addends Addition amount answer Avoirdupois barrel bought brokerage butter called carry common denominator compound interest county cess cows cubic cyphers decimal places discounted divide dividend divisible divisor drachms equal example express factors farthings Find the cost Find the price Find the value four numbers fourth gain per cent gained by selling given greatest common measure hence horse improper fractions income least common multiple lower denomination MENTAL ARITHMETIC miles millioneths mixed numbers months multiplicand multiply number of pence ounce payable penny perches period pound present worth principal prod proper fractions Proportion quotient figure ratio reduce remainder rent root rule RULE.-Multiply second term selling price shillings Simple sold square miles square yard stone subtract third term thousand thousanths tiply trett units vulgar fractions weighing whole number write
Popular passages
Page 54 - To reduce a mixed number to an improper fraction. RULE. Multiply the whole number by the denominator of the fraction, and to the product add the numerator for a new numerator, and place it over the denominator.
Page 57 - Divide by any number that will divide two or more of the given numbers without a remainder, and set the quotients, together with the undivided numbers, in a line beneath.
Page 53 - To reduce an improper fraction to a whole or mixed number, — RULE : Divide the numerator by the denominator ; the quotient will be the whole or mixed number.
Page 101 - In any proportion, the product of the means is equal to the product of the extremes.
Page 129 - Multiply each debt by its term of credit, and divide the sum of the products by the sum of the debts. The quotient will be the average term of credit.
Page 22 - APOTHECARIES' WEIGHT. 20 Grains = 1 Scruple 3 Scruples = 1 Drachm 8 Drachms = 1 Ounce 12 Ounces = 1 Pound APOTHECARIES
Page 23 - French ell 4 gills or naggins= 1 pint 2 pints = 1 quart 2 quarts = 1 pottle 2 pottles = 1 gallon 2 gallons = 1 peck 4 pecks = 1 bushel 8 bushels = 1 quarter 5 quarters = 1 load 3 bushels =1 sack J , 12 sacks =lchldrn.
Page 23 - OF TIME. 60 Seconds = 1 Minute 60 Minutes =± 1 Hour 24 Hours = 1 Day 7 Days = 1 Week 28 Days = 1 Lunar Month...
Page 16 - The number to be divided is called the dividend. The number by which we divide is called the divisor.
Page 51 - ... The number above the line is called the Numerator. The numerator shows or enumerates the number of parts expressed by the fraction. If we divide anything into four equal parts, we express three of these parts by the fraction J. The numerator and denominator are called the Terms of the fraction. 62. A fraction corresponds to an example in division before the process is performed, the numerator corresponding to the dividend and the denominator to the divisor. Therefore the TRUE or REAL VALUE of...