Introduction to the National Arithmetic: On the Inductive System Combining the Analytic and Synthetic Methods in which the Principles of the Science are Fully Explained and Illustrated : Designed for Common Schools and Academies |
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Page 21
... Months . 37 Hogsheads . 30176 7167512 7613 1378956 31 876567 123123 700714 8601 98765 70071 367 11 7896 475 76117 9911 789 1069 4611779 89120 78 374176 9171 710 7 761 131765 4325 23. Add 1001 , 76 , 10078 , 15 , 8761 , 7 , and 1678 ...
... Months . 37 Hogsheads . 30176 7167512 7613 1378956 31 876567 123123 700714 8601 98765 70071 367 11 7896 475 76117 9911 789 1069 4611779 89120 78 374176 9171 710 7 761 131765 4325 23. Add 1001 , 76 , 10078 , 15 , 8761 , 7 , and 1678 ...
Page 54
... months of 4 weeks each are there in 298 days , and how many days remaining ? Ans . 10 months and 18 days . QUESTIONS . Art . 55. What are the factors of 15 ? What do you get the cost of , in this example , when you divide by the factor ...
... months of 4 weeks each are there in 298 days , and how many days remaining ? Ans . 10 months and 18 days . QUESTIONS . Art . 55. What are the factors of 15 ? What do you get the cost of , in this example , when you divide by the factor ...
Page 55
... month , we divide the 42 weeks by 4 , and have 10 months and a remainder of 2 weeks . Now , to find the true remainder in days , it is evident that we must multiply the 2 weeks by 7 , because 7 days make a week , and to the product add ...
... month , we divide the 42 weeks by 4 , and have 10 months and a remainder of 2 weeks . Now , to find the true remainder in days , it is evident that we must multiply the 2 weeks by 7 , because 7 days make a week , and to the product add ...
Page 102
... Months ( mo . ) " h . 1 Julian Year , y . 1 Year . m . 1 sec y . 1 d . 1 W. 1 7 = 52,25 % = 3651 = = 60 3600 86400 604800 1 = 24 = 1440 60 10080 = 168 = 8766 = 525960 = 31557600 NOTE 1. - The true Solar or Tropical Year is the time ...
... Months ( mo . ) " h . 1 Julian Year , y . 1 Year . m . 1 sec y . 1 d . 1 W. 1 7 = 52,25 % = 3651 = = 60 3600 86400 604800 1 = 24 = 1440 60 10080 = 168 = 8766 = 525960 = 31557600 NOTE 1. - The true Solar or Tropical Year is the time ...
Page 103
... MONTH TO THE SAME DAY OF ANY OTHER MONTH IN THE SAME YEAR . FROM ANY DAY OF Jan. Feb. Mar. , Apr. January February ... months in their order . How many days has each month ? How do you find by the table the number of days from April ...
... MONTH TO THE SAME DAY OF ANY OTHER MONTH IN THE SAME YEAR . FROM ANY DAY OF Jan. Feb. Mar. , Apr. January February ... months in their order . How many days has each month ? How do you find by the table the number of days from April ...
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Common terms and phrases
annexed barrels of flour bill Bought bushels called ciphers circumference column common denominator common difference common fraction composite number compound interest compound numbers containing cords cost cube root cubic feet currency decimal diameter discount Divide the product dividend division dollars equal EXAMPLES FOR PRACTICE farthings find the interest gallons Give the reason given number given sum greatest common divisor Hence hogshead hundred improper fraction inches interest of $1 least common multiple leaves less miles mills minuend mixed number molasses months multiplicand Multiply NOTE number of terms obtain paid payment pence present worth prime factors prime number principal purchase quantity quarts QUESTIONS quotient rate per cent ratio received Reduce remainder rule for finding shillings side simple numbers sold solid square feet square root subtract subtrahend tens thousand thousandths tons Troy Weight United States money whole number write yards
Popular passages
Page 158 - RULE. — Multiply the numerators together for a new numerator, and the denominators together for a new denominator.
Page 296 - Raise the ratio to a power whose index is equal to the number of terms, from which subtract 1 ; divide the remainder by the ratio, less 1, and the quotient, multiplied by the first term, will be the answer.
Page 187 - To multiply a decimal by 10, 100, 1000, &c., remove the decimal point as many places to the right as there are ciphers in the multiplier ; and if there be not places enough in the number, annex ciphers.
Page 285 - A sphere is a solid, bounded by one continued convex surface, every point of which is equally distant from a point within, called the centre.
Page 287 - ... series. The numbers which form the series are called the terms of the series. The first and last terms are the extremes, and the other terms are called the means.
Page 136 - The greatest common divisor of two or more numbers is the greatest number "that will divide each of them without a remainder. Thus 6 is the greatest common divisor of 12, 18, and 24.
Page 138 - The least common multiple of two or more numbers is the least number that can be divided by each of them without a remainder ; thus 30 is the least common multiple of 10 and 15.
Page 251 - What is the first rule for finding the cost, when the selling price and the gain or loss per cent. are given * The second rule 1 6.
Page 142 - Dividing the numerator and denominator of a fraction by the same number does not alter the value of the fraction.
Page 274 - The square of the sum of two numbers is equal to the square of the first number plus twice the product of the first and second number plus the square of the second number.