 | Thomas Whiting - 1787 - 276 páginas
...Blank fall under the firfl or fécond Place, multiply the third and fourth together for a Divifor, and the other three for a Dividend, and the Quotient will be the Anfwer. . Proof. By varying their order, or by two Operations in the Single Rule of Three. EXAMPLE.... | |
 | Paul Deighan - 1804 - 504 páginas
...fifth of the lame T 2 name name with the fecond. Then multiply the firft and fecond for a divifor, and the other three for a dividend, and the quotient will be the 6th or anfwer fought, when direft. £. m. £. £. m. The foregoing queftion 240 — 16 — §4 —... | |
 | Charles Vyse - 1806 - 342 páginas
...or sixth Term. .') If the Blank fall under the first or second Term, multiply the third and fourch Terms together for a Divisor, and the other three for a Dividend : the Quotient arising from them will be the Answer. PROOF. By two Statings. EXAMPLES. (2) Suppose... | |
 | Nathan Daboll - 1813 - 244 páginas
...then multiply the first and second terms together for a divisor, and the other tlireu for a dividend : but if the blank fall under the first or second term,...together for a divisor, and the other three for a di vidend, and the quotient will be the answer. EXAMPLES. 1. If 7 men can build 30 rods of wall in... | |
 | Caleb Alexander - 1813 - 152 páginas
...the tw» first for a divisor. Dividí the dividend by the divisor, the quotient will be the answer. But if the blank fall under the first or second term, the ques- tion belongs to the Reverse Bule, RULE. Multiply the first, second, and last terms together for... | |
 | Nathan Daboll - 1815 - 250 páginas
...than multiply the first and second terms together for a divisor, and the other three for a dividend : but if the blank fall under the first or second term,...the proportion is inverse ; then multiply the third end fourth terms together for a divisor, and the other three fur a dividend, and the quotient will... | |
 | Charles Vyse - 1815 - 340 páginas
...arising from them will be the answer, or sixth term. 5. If the blank fall under the first or second term, multiply the third and fourth terms together for a divisor, and the other three for a dividend : the quotient arising from them will be the answer. PROOF. By two Statings. EXAMPLES. (1) If 6 men... | |
 | Nathan Daboll - 1817 - 252 páginas
...then multiply the first and second terms together for a divisor, and the other three for a dividend : but if the blank fall under the first or second term,...for a dividend, and the quotient will be the answer. EXAMPLES. 1. If 7 men can build 86 rods of wall in 3 days ; how many rods can 20 men build in 14 days... | |
 | John Preston - 1817 - 538 páginas
...KEY TO CARD JYo. 31. 6. If the blank fall under the third term, then multiply tííe first and second terms together for a divisor, and the other three for a dividend. But, if the blank fall under the first or second term, then multiply the third and fourth terms together... | |
 | Nathan Daboll - 1818 - 246 páginas
...then multiply the first and second terms together for a divisor, and the other three for a dividend : but if the blank fall under the first or second term,...fourth terms together for a divisor, and the other tkree for a dividend, and the- quotient will be the answer. ( EXAMPLES. 1. If 7 men can build 36 rods... | |
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... but if the blank fall under the first or second term, the proportion is inverse ; then multiply the third and fourth terms together for a divisor, and the other three for a dividend, and the quotient will be the answer. EXAMPLES. 
