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 Βιβλία Βιβλία 141 - 150 από 159 για Then multiply the second and third terms together, and divide the product by the....
Then multiply the second and third terms together, and divide the product by the first term: the quotient will be the fourth term, or answer.
Ruger's Arithmetick, with Questions and Answers: A New System of Arithmetick ... - Σελίδα 242
των William Ruger - 1841 - 263 σελίδες
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## Army and Civil Service Examination Papers in Arithmetic

A. D. Clarke - 1880
...numbers. (iv.) Cancel, if possible, the first and second terms, or the first and third terms. (v.) Multiply the second and third terms together, and divide the product by the first term, and the resulting answer will be of the same denomination as the third term. If 32 Ibs. of sugar...

## A treatise on arithmetic. [With] Key, Τόμος 1

James Thomson - 1880
...yards, and that the third term is in one denomination, namely, shillings, we multiply the numbers in the second and third terms together, and divide the product by the number in the first term. The result of this operation is the number 5, which is the number expressing...

## Concise system of arithmetic, re-arranged and enlarged by A. Trotter

A. Melrose - 1881
...3. Reduce the first and second terms to the same name, and the third term to the lowest name in it ; then multiply the second and third terms together, and divide the product by the first term for the answer in that name to which the third term was reduced. Ex. 1. — If 12 acres of land...

## Complete Graded Arithmetic, Oral and Written: Upon the Inductive Method of ...

James Bates Thomson - 1882 - 400 σελίδες
...other numbers in pairs, or two of a kind, and arrange them as in simple proportion. (Art. 687.) III. Multiply the second and third terms together, and divide the product by the product of the first terms. The quotient will be the answer. PROOF. — // the product of the first...

## Second Book in Arithmetic: Comprising Four Years of Oral and Written Work in ...

1882 - 380 σελίδες
...term is to be less than the third term. III. To find the fourth or required term :— Multiply all the second and third terms together, and divide the product by the product of the first terms. Adapt remarks a, b, after rule for simple proportion, 164, to apply to...

## A Commercial Arithmetic: Designed for Academies, High Schools, Counting ...

James Bates Thomson - 1884 - 331 σελίδες
...second term; but when less, place the smaller for the second term, and the other for the first. III. Multiply the second and third terms together, and divide the product by the first; the quotient will be the fourth term or answer. NOTES.—1. The factors common to ihe first and second,...

## The New Review, Τόμος 6

1892
...to that, and the whole problem of existence is easy and certain as a question in the Rule of Three. Multiply the second and third terms together, and divide the product by the first, and the quotient will be the answer ! Trust me, friend, before you come to my time of day, you will...

## Complete Arithmetic: Combining Oral and Written Exercises

Edward Sylvester Ellis - 1889 - 352 σελίδες
...than the first. If the fourth term will be less than the third, make the second less than the first. Multiply the second and third terms together and divide the product by the first : the quotient is the fourth term, or term required. To TEACHER. — Proportion, formerly known aj...

## The Crittenden Commercial Arithmetic and Business Manual ...

John Groesbeck - 1891
...denomination, and if the third term is a compound number, reduce it to the lowest term mentioned in it. Tlien multiply the second and third terms together, and divide the product by the first term : the quotient will be the fourth term, or answer. EXAMPLES. 1. If 25 barrels of flour cost \$165,...

## The Last Words of Thomas Carlyle

Thomas Carlyle - 1892 - 383 σελίδες
...to that, and the whole problem of existence is easy and certain as a question in the Rule of Three. Multiply the second and third terms together, and divide the product by the first, and the quotient will be the answer ! Trust me, friend, before you come to my time of day, you will...