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 Βιβλία Βιβλία 1 - 10 από 27 για Divide the continued product of the mean effective pressure in pounds per square....
Divide the continued product of the mean effective pressure in pounds per square inch, the length of the stroke in feet, the area of the piston in square inches, and the number of strokes per minute by 33,000; the result will be the horsepower.
A textbook on mining engineering - Σελίδα 62
των International Correspondence Schools - 1900
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## Proceedings of the American Gas Light Association ...

...continued product of the mean effective pres-mre in pounds per square inch of the steam in the cylinder, the length of the stroke in feet, the area of the...square inches and the number of strokes per minute. This product is then divided by 33,000. The rule may be expressed in the following formula : HP = 3...

## A Textbook on Plumbing, Heating, and Ventilation, Τόμος 1

1897
...well-known rule for finding the horsepower of a steam-engine, which may be stated as follow : Divide the continued product of the mean effective pressure in...square inches, and the number of strokes per minute, by 88,000 ; the result ioill be the horsepower. This is a very simple rule, and very little, if anything,...

## Higher Arithmetic

Wooster Woodruff Beman, David Eugene Smith - 1897 - 193 σελίδες
...p, I, o, n are abstract numbers representing the pressure in pounds per square inch on the piston, the length of the stroke in feet, the area of the...square inches, and the number of strokes per minute. Calculate the horse-power, to the nearest unit, of each of these engines : (a) p = 20, I - 6, a = 400,...

## Higher Arithmetic

Wooster Woodruff Beman, David Eugene Smith - 1897 - 193 σελίδες
...abstract numbers representing oo,UUU the pressure in pounds per square inch on the piston, the tength of the stroke in feet, the area of the piston in square inches, and the number of strokes per minute. Calculate the horse-power, to the nearest unit, of each of these engines : (a) p = 2G, 1=6, a= 400,...

## A textbook on marine engineering ...: steam and steam boilers, steam engines ...

...well-known rule for finding the horsepower of a steam-engine, which may be stated as follows: Divide the continued product of the mean effective pressure in...square inches, and the number of strokes per minute, by 83,000 ; the result will be the horsepower. This is a very simple iule, and very little, if anything,...

## A textbook on metallurgy of gold, silver, copper, lead, and zinc, Τόμος 3

...well-known rule for rinding the horsepower of a steam engine, which may be stated as follows: Divide the continued product of the mean effective pressure in...square inches, and the number of strokes per minute, by 83,000 ; the result will be the horsepower. This is a very simple rule, and very little, if anything,...

## A Textbook on Steam Engineering, Τόμος 1

1902
...follows : Divide the continued product of the mean effective pressure in pounds per square inch, t lie length of the stroke in feet, the area of the piston...square inches, and the number of strokes per minute, by 38,000 ; the result will be the Jwrsepoiver. This is a very simple rule, and very little, if anything,...

## Steam engines, elevators

...constant for this case can, therefore, be found by the following rule : Rule 0. — Multiply together the length of the stroke in feet, the area of the piston in square inches, and the number of working strokes per minute, and divide the product by 33,000 ; the quotient will be the engine constant....

## International Library of Technology: A Series of Textbooks for ..., Τόμος 8

1902
...constant for this case can, therefore, be found by the following rule: Rule 6. — Multiply together the length of the stroke in feet, the area of the piston in square inches, and the number oj working strokes per minute, and divide the product by 33, 000; the quotient will be the engine constant....

## A Textbook on Steam Engineering ...

1902
...the following rule: Rule 1O. — Multiply together tlic scale of the indicator spring, the length of stroke in feet, the area of the piston in square inches, and t lie number of working strokes per minute. Divide this product by the product of 33,000 and the number...