 | Daniel W. Fish - Arithmetic - 1874 - 302 pages
...per cent 2. Will $2085 gain $68.11 in 5 mo. 18 da. ? 3. Will $1500 gain $252 in 2 yr. 4 mo. 24 da. ? RULE. — Divide the given interest by the interest of the given principal, for the given time, at \%. 4. A house that cost $14500 rents for $1189. What per cent, does it pay on the investment ? ^_... | |
 | Daniel W. Fish - Arithmetic - 1874 - 298 pages
...per cent 2. Will $2085 gain $68. 11 in 5 mo. 18 da. ? 3. Will $1500 gain $252 in 2 yr. 4 mo. 24 da. ? RULE. — Divide the given interest by the interest of the given principal, for the given time, at \%. FORMULA. — Rate = Int. -± (Prin. x \% X Time). 4. A house that cost $14500 rents for $1189.... | |
 | Daniel W. Fish - Arithmetic - 1874 - 538 pages
...Will $2085 gain $68.11 in 5 mo. 18 da. ? 3. Will $1500 gain $252 in 2 yr. 4 mo. 24 da. ? RULE.T— Divide the given interest by the interest of the given principal, for the given time, at \%. FORMULA. — Rate = Int. -=- (Prin. x \% x Time). 4. A house that cost $14500 rents for $1189.... | |
 | Daniel W. Fish - Arithmetic - 1874 - 298 pages
...yr. 6 mo. 18 da. In what time 2. Will $175.12 gain $6.43 at 6%? 3. Will $1000 amount to $1500 at 7^? RULE. — Divide the given interest by the interest of the given principal, at the given rate for 1 year. FORMULA. — Time = Interest -h (Prin. x Rate). 4. In what time will... | |
 | Daniel W. Fish - Arithmetic - 1875 - 350 pages
...$85.75 at 1% ? 3. In what time will $245 gain $2.94 at 6% ? 4. In what time will $600 gain $132 at 8% ? RULE. — Divide the given interest by the interest of the given principal, at the given rate, for 1 year. 5. In what time will $550 amount to $576.95 at 1%t 6. In what time will... | |
 | Daniel W. Fish - Arithmetic - 1876 - 296 pages
...$2085 gain $68.11 in 5 mo. 18 da. ? 3. Will $1500 gain $252 in 2 yr. 4 mo. 24 da. ? RULE.—Divide the given interest by the interest of the given principal, for the given time, at \%. 4. A house that cost $14500 rents for $1189. What per cent. does it pay on the investment ? 5.... | |
 | Milton Browning Goff - Arithmetic - 1876 - 462 pages
...contained times in $28.875, or 3 times. Therefore, at 1% , $137.50 will gain $28.875 in 3 yr. 361. RULE. — Divide the given interest by the interest of the given principal at the given rate for one year ; the quotient is the time in years. I j, = t.\ \7" x -DI 22 PROBLEMS.... | |
 | Malcolm MacVicar - Arithmetic - 1876 - 412 pages
...for 1 year at the given rate by the time expressed in years ; hence the following 596. RULE. — I. Divide the given interest by the interest of the given principal for 1 year at the given rate. II. Reduce (579), when called, for, fractions of a year to months and days.... | |
 | Daniel W. Fish - Arithmetic - 1876 - 302 pages
...6 mo. 18 da, In what time 2. Will $175.12 gain $6.43 at 6$? 3. Will $1000 amount to $1500 at 7£$? RULE. — Divide the given interest by the interest of the given principal, at the given rate for 1 year. FORMULA. — Time = Interest ~ (Prin. x Rate). 4. In what time will $8750... | |
 | Albert Newton Raub - Arithmetic - 1877 - 348 pages
...contained times in $138.60, or 6%. From the foregoing we derive the rule to find the rate per cent. : RULE. Divide the given interest by the interest of...given principal for the given time, at 1 per cent. 2. The interest on $1255 for 6 yr. 3 mo. is $313.75 : what is the rate per cent. ? Ans. 4. 3. The interest... | |
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RULE. — Divide the given interest by the interest of the given principal for 1 year, and the quotient is the time. 
