 | Edward Kirk - 1899 - 842 pages
...driven. The quotient will he its diameter. To ascertain the size of pulleys for given speeds. Rule. — Multiply all the diameters of the drivers together;...drivers by the driven. Multiply the answer by the known number of revolutions of the main shaft. INDEX. A Accuracy In dies • ™ Accurate adjustment of dies... | |
 | Joseph Vincent Woodworth - 1902 - 398 pages
...driven. The quotient will be its diameter. To ascertain the size of pulleys for given speeds. Rule.— Multiply all the diameters of the drivers together;...drivers by the driven. Multiply the answer by the known number of revolutions of the main shaft. INDEX. Accuracy in dies 23 Accurate adjustment of dies 34... | |
 | Joseph Vincent Woodworth - 1902 - 398 pages
...driven. The quotient will be its diameter. To ascertain the size of pulleys for given speeds. Rule. — Multiply all the diameters of the drivers together:...drivers by the driven. Multiply the answer by the known number of revolutions of the main shaft. INDEX. Accuracy In dies 23 Accurate adjustment of dies 34... | |
 | Joseph Vincent Woodworth - 1902 - 306 pages
...driven. The nuotient will be its diameter. To ascertain the size of pullers for eiven speeds : Rule. — Multiply all the diameters of the drivers together and all the diameters of driven together ; divide the drivers by the driven. Multiply the answer by the known number of revolutions... | |
 | Albert Allis Hopkins - 1904 - 558 pages
...quotient will be the size of the driver. To ascertain the size of pulleys for given speed : Rule. — Multiply all the diameters of the drivers together...driven together; divide the drivers by the driven; the answer multiply by the known revolutions of main shaft. PAPER, WALL. — The following table from... | |
 | Alexander Russell Bond - 1904 - 572 pages
...quotient will be the size of the driver. To ascertain the size of pulleys for given speed : Rule. — Multiply all the diameters of the drivers together...diameters of the driven together; divide the drivers by tb? driven; the answer multiply by the known revolutions of main shaft. PAPER, WALL. — The following... | |
| |
... the number of revolutions. Rule. — Multiply the diameter of the driver by its number of revolutions and divide the product by the number of required revolutions of the driven. The quotient will be its diameter. To ascertain the size of pulleys for... 