 | Charles Vyse - 1785 - 350 σελίδες
...demand what he gave for the 100 Sheep ? PROPOSITION II. When the two Extremes and Number of Terms are given, to find the common Difference. RULE. The Difference...the two Extremes divided by the Number of Terms lefs an Unity or 1, the Quotient will be the common Difference. EXAMPLES. B. One bad 20 Children that differed... | |
 | John Thomas Hope - 1790 - 430 σελίδες
...many Jeagues did he travel each of the other days ? Anfvver 3 league* common excefs. PROP 0 SITION IV. The two extremes, and number of terms being given to find the common difference or excefs. RULE. The difference of the two extremes divided by the number of terms lefs unity, the... | |
 | William Taylor (teacher of the mathematics.) - 1800 - 556 σελίδες
...numbei of terms 2|o)iooo|o Anf. £. coo PROPOSITION 2. When the two extremes, and number of terms are given, to find the common difference, RULE. The difference...the two extremes divided by the number of terms lefs ij the quotient will be the common difference. E. 4. One who had 1 2 children, that differed alike... | |
 | Charles Vyse - 1806 - 342 σελίδες
...demand what he gave for the 100 Sheep. PROPOSITION II. . When the two Extremes and Number of Terms are given, to find the common Difference. RULE. The Difference...of the two Extremes divided by the Number of Terms less an Unity or 1, the Quotient will be the common Difference. EXAMPLES. (6) One had 20 Children that... | |
 | Charles Vyse - 1815 - 340 σελίδες
...demand what he gave for the 100 sheep. PROPOSITION IL When the two extremes and number of terms .are given, to find the common difference. RULE. The difference...of the two extremes divided by the number of terms less a unity or 1, the quotient will be the common difference. EXAMPLES. (6) One had 20 children that... | |
 | Daniel Staniford - 1818 - 332 σελίδες
...last $2048, the ratio being 2 ? 2048-^-1=2048 . 211=2048. Therefore 11+1 = 12 mo. An. PROPOSITION V. The two extremes and number of terms being given, to find the common ratio. RULE. Divide the greater by the less extreme, and extract that root of the quotient, whose index... | |
 | Frederick Augustus Porter Barnard - 1830 - 308 σελίδες
...3. Therefore 58 — 3=55-7-11=5 daily increase. By last rule, 366 mis. distance from H. Hence, the extremes and number of terms being given, to find the common difference, DIVIDE THE DIFFERENCE OF THE EXTREMES BY THE NUMBER OF TEBMS LESS 1. . 6. Extremes 3 and 19 ; number... | |
 | Frederick Augustus Porter Barnard - 1830 - 304 σελίδες
...3. Therefore 53 — 3=55-:-ll=5 daily increase. By last rule, 366 mis. distance from H, Hence, Ihe extremes and number of terms being given, to find the common difference, DIVIDE THE DIFFERENCE OF THB EXTKEMES BY THE NUMBER OF TERMS LESS 1. 6. Extremes 3 and 19; number of... | |
 | William Ruger - 1832 - 282 σελίδες
...scholar knows the first term and common difference of the hammer of a clock's striking. CASE III. — The extremes and number of terms being .given, to find the common difference. RULE — Divide the difference of the extremes by the number of terms, less 1, and the quotient will be... | |
 | Richard Frederick Clarke (the elder.) - 1833 - 158 σελίδες
...24 o'clock ; how many are the strokes in the compass of the day ? Answer, 300. PROBLEM 2d. — The extremes and number of terms being given, to find the common difference. Example. The least term is 3, the greatest term 17, and the number of terms 8 ; what is the common... | |
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The extremes and number of terms being .given, to find the common difference. RULE... 
