| Thomas Weston (Master of the Academy at Grenwich.) - 1729 - 430 páginas
...DENOMINATOR, and then managd after the fame Manner. Here we fee 'tis abfolutely neceflary, that we know how **to reduce FRACTIONS of different DENOMINATORS, to equivalent FRACTIONS, having a common DENOMINATOR,** which is done by Prop. III. of REDUCTION of Fraffions. 'Tis alfb requiiite to know how to reduce COMPOUND... | |
| Isaac Dalby - 1807
...and so or. Hence it appears that the word of in a compound fraction signifies multiplication. CASE 5. **To reduce fractions of different denominators to equivalent fractions having a common denominator.** 45. THB general rule for this purpose may be deri red thus. Let thr 25 1 fractions -, -, and — be... | |
| Samuel Webber - 1808
...one, and that one and the third will be the same as the fraction of two numbers } and so on. CASE VI. **To reduce fractions of different denominators to equivalent fractions, having a common denominator. RULE** 1.* Multiply each numerator into all the denominators, except its own, for a new numerator ; and all... | |
| Charles Hutton - 1811
...| of \ of 4 to a simple fraction. Ans. 4. 7. Reduce 2 and | of | to a fraction. Ans. |. CASE VI. 2o **Reduce Fractions of Different Denominators, to Equivalent Fractions having a Common Denominator.** * MULTIPLY each numerator by all the denominators except its own, for the new numerators : and, multiply... | |
| Samuel Webber - 1812 - 248 páginas
...to a single fraction. Ans. ,*,. 4. Reduce ^ of T7T of T8T of 10 to a single fraction. 1*40 CASE 6. " **To reduce fractions of different denominators to equivalent fractions, having a common denominator. RULE** 1.* Multiply each numerator into all the denominators, exLet the compound fraction to be reduced be... | |
| Charles Butler - 1814
...—, -i-, and -^-, to simple fractions. Am. — = т IT т »О 10 5 66 33 iA,- = T,«in=TSS.4f. ISO. **To reduce fractions of different denominators to equivalent fractions, having a common denominator. RULE** I. Multiply each numerator into all the denominators except its own for a new numerator. II. Multiply... | |
| Charles Hutton - 1816
...ol i of ^ of 4 to a simple fraction. Ans |.. 7. Reduce 2 and f of £ 10 a fraction. Ans. J. CASE VI. **To Reduce Fractions of Different Denominators, to Equivalent fractions having a Common Denominator.** * MULTIPLY each numerator by all the denominators except its own, for the new numerators : and multiply... | |
| Nicolas Pike - 1832 - 532 páginas
...fraction. Ana. §||=2/r. 3. Reduce J of 1 off of 12£ to a simple fraction. Ans. ££=1£J. CASE. VI. **To reduce fractions of different denominators to equivalent fractions having a common denominator.** ROLE I * Multiply each numerator into all the denominators except it* own, for a new pumerator, and... | |
| Daniel Adams - 1828 - 264 páginas
...become •££, and the •£ will become -^ ; then, -fg taken from -f£ leaves TV. A**- " ' IT 60. From **the very process of dividing each of the parts, that...multiplying them, it follows, that each denominator must be** a. factor of the common denominator ; now, multiplying all the denominators together will evidently... | |
| Daniel Adams - 1828 - 264 páginas
...will become •f£, and the •§• will become -fa ; then, -^ taken from -}-£ leaves V SO. From **the very process of dividing each of the parts, that...multiplying them, it follows, that each denominator must be** a factor of the common denominator ; now, multiplying all the denominators together will evidently... | |
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