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  • Oct. 1, 1877
  • Page 6
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The Masonic Magazine, Oct. 1, 1877: Page 6

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    Article OBJECTS, ADVANTAGES, AND PLEASURES OF SCIENCE. ← Page 3 of 5 →
Page 6

Note: This text has been automatically extracted via Optical Character Recognition (OCR) software.

Objects, Advantages, And Pleasures Of Science.

tance , is nearly 1200 times larger ' than this Earth . Our distance from the Sun is above 92 millions of miles , but Jupiter is 475 millions , and Saturn 872 millions of miles distant from the Sun . The rate at which the Earth moves round the Sun is 66000 miles an houror nearly 140

, , times swifter than the motion of a cannon ball ; and the planet Mercury , the nearest to the Sun , moves still quicker , about 106 , 000 miles an hour . We , upon the Earth ' s surface besides being carried round the Sunmove round the Earth ' s axis by

, the rotatory or spinning motion which it has ; so that every 24 hours we in England move in this manner nearly 14 , 000 miles ( persons living on the equator about 24 , 000 miles ) besides moving round the Sun about 1 , 550 , 000 miles . These

motions and distances , however prodigious as they are , seem nothing compared to those of some of the comets . The distance of the Fixed Stars is yet more vast—they are supposed to be about 400 , 000 times further from us than we are from the Sun , so that a cannon ball would take between four and five millions of years to reach one of them , supposing there was nothing to

hinder it from pursuing its course thither . The tables which Astronomers have formed of the motions of the heavenl y bodies are of great use in navigation . B y means of the eclipses of Jupiter ' s satellites , and by the tables of the Moon ' s motions , we can ascertain the position of a ship at

sea ; for the observation of the Sun's height at mid-day gives the latitude of the place , that is , its distance from the equinoctial or equator , and these tables , with the observations of the satellites , or moonsgive the distance east anel

, west of the observatory for which the tables are calculated—called the longitude of the place : consequently , the mariner can thus tell nearly in what part of the ocean he is , how far he has sailed from his port of departure , and how far he must

sail , and in what direction , to gain the port of his destination . The advantage of this knowledge is therefore manifest in the common affairs of life ; but it sinks into insignificance compared with the vast extent of those views which the contemplations of the science afford , of numberless worlds filling the immensity of space , and all kept in their places , anel adjusted in

their prodigious motions by the same simple principle , under the guidance of an all-wise and all-powerful Creator . The application of Dynamics to the pressure and motions of fluids , constitutes a Science which receives different appellations according as the fluids are heavy and

liquid like water , or light and invisible like air . In the former case it is called Hydrodynamics , from the Greek words signifying ¦ mater and power , or force ; in the latter Pneumatics , fmm the Greek word signifying breath or air ; and Hydrodynamics is

divided into Hydrostatics , which treats of the weight and pressure of liquids , from the Greek words for balancing of water ; and Hydraulics , which treats of their motion , from the Greek word for certain musical instruments played with water in

pipes . The discoveries to which experiments upon the pressure and motion of fluids , aided by mathematical reasoning , have led , are of the greatest importance , whether we regard their application to practical purposesor their use for explaining the

ap-, pearances in nature , or their singularity as the subjects of scientific contemplation . When it is found that the pressure of water or any other liquid upon the surface that contains it , is not in the least degree proportioned to its bulkbut only to the

, height at which it stands , so that a long small pipe , containing a pound or two of the fluid , will give the pressure of twenty or thirty tons ; nay , of twice or thrice as much , if its length be increased , and its

bore lessened , without the least regard to the quantity of the liquid , we are not only astonished at so extraordinary and unexpected a property of matter , but we straightway perceive one of the great agents employed in the vast operations of nature , in which the most trifling means

are used to work the mightiest effects . We likewise learn to guard against many serious mischiefs in our own works , and to apply safely and usefully a power calculated , according as it is directed , either to produce unbounded devastationor to

, render the most beneficial service . Nor are the discoveries relating to the Air less interesting in themselves , and less applicable to important uses . It is an agent , though invisible , as powerful as AVater , in the operations both of nature

“The Masonic Magazine: 1877-10-01, Page 6” Masonic Periodicals Online, Library and Museum of Freemasonry, 18 July 2025, django:8000/periodicals/mmg/issues/mmg_01101877/page/6/.
  • List
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Title Category Page
Momthly Masonic Summary. Article 1
TO BRO. S. B. ELLIS, W.M., SHEFFIELD. Article 1
THE BIBLE—ITS AUTHORITY. Article 2
OBJECTS, ADVANTAGES, AND PLEASURES OF SCIENCE. Article 4
A BIRTHDAY. Article 8
WONDERS OF OPERATIVE MASONRY. Article 8
MASONIC ODE. Article 12
THE ADVENTURES OF DON PASQUALE. Article 12
THE WORK OF NATURE IN THE MONTHS. Article 15
THE TRUE MASON. Article 19
THE MASONIC LANGUAGE OF FLOWERS. Article 20
MY LORD THE KING; Article 22
SONNET. Article 25
THE ZEND AVESTA AND MASONRY. Article 26
TOM HOOD. Article 27
MAIMOUNE. Article 29
Our Archaeological Corner. Article 32
Untitled Article 33
FOR EVER AND FOR EVER. Article 34
Forgotten Stories. Article 34
Architectural Jottings. Article 40
CONTEMPORARY LETTERS ON THE FRENCH REVOLUTION. Article 42
THE ORIGIN AND REFERENCES OF THE HERMESIAN SPURIOUS FREEMASONRY. Article 43
Untitled Article 45
Untitled Article 46
NOTES ON LITERTURE, SCIENCE AND ART. Article 47
LET THERE BE LIGHT ! Article 49
ANSWER TO DOUBLE ACROSTIC, GIVEN IN LAST MONTH'S NO. Article 49
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Note: This text has been automatically extracted via Optical Character Recognition (OCR) software.

Objects, Advantages, And Pleasures Of Science.

tance , is nearly 1200 times larger ' than this Earth . Our distance from the Sun is above 92 millions of miles , but Jupiter is 475 millions , and Saturn 872 millions of miles distant from the Sun . The rate at which the Earth moves round the Sun is 66000 miles an houror nearly 140

, , times swifter than the motion of a cannon ball ; and the planet Mercury , the nearest to the Sun , moves still quicker , about 106 , 000 miles an hour . We , upon the Earth ' s surface besides being carried round the Sunmove round the Earth ' s axis by

, the rotatory or spinning motion which it has ; so that every 24 hours we in England move in this manner nearly 14 , 000 miles ( persons living on the equator about 24 , 000 miles ) besides moving round the Sun about 1 , 550 , 000 miles . These

motions and distances , however prodigious as they are , seem nothing compared to those of some of the comets . The distance of the Fixed Stars is yet more vast—they are supposed to be about 400 , 000 times further from us than we are from the Sun , so that a cannon ball would take between four and five millions of years to reach one of them , supposing there was nothing to

hinder it from pursuing its course thither . The tables which Astronomers have formed of the motions of the heavenl y bodies are of great use in navigation . B y means of the eclipses of Jupiter ' s satellites , and by the tables of the Moon ' s motions , we can ascertain the position of a ship at

sea ; for the observation of the Sun's height at mid-day gives the latitude of the place , that is , its distance from the equinoctial or equator , and these tables , with the observations of the satellites , or moonsgive the distance east anel

, west of the observatory for which the tables are calculated—called the longitude of the place : consequently , the mariner can thus tell nearly in what part of the ocean he is , how far he has sailed from his port of departure , and how far he must

sail , and in what direction , to gain the port of his destination . The advantage of this knowledge is therefore manifest in the common affairs of life ; but it sinks into insignificance compared with the vast extent of those views which the contemplations of the science afford , of numberless worlds filling the immensity of space , and all kept in their places , anel adjusted in

their prodigious motions by the same simple principle , under the guidance of an all-wise and all-powerful Creator . The application of Dynamics to the pressure and motions of fluids , constitutes a Science which receives different appellations according as the fluids are heavy and

liquid like water , or light and invisible like air . In the former case it is called Hydrodynamics , from the Greek words signifying ¦ mater and power , or force ; in the latter Pneumatics , fmm the Greek word signifying breath or air ; and Hydrodynamics is

divided into Hydrostatics , which treats of the weight and pressure of liquids , from the Greek words for balancing of water ; and Hydraulics , which treats of their motion , from the Greek word for certain musical instruments played with water in

pipes . The discoveries to which experiments upon the pressure and motion of fluids , aided by mathematical reasoning , have led , are of the greatest importance , whether we regard their application to practical purposesor their use for explaining the

ap-, pearances in nature , or their singularity as the subjects of scientific contemplation . When it is found that the pressure of water or any other liquid upon the surface that contains it , is not in the least degree proportioned to its bulkbut only to the

, height at which it stands , so that a long small pipe , containing a pound or two of the fluid , will give the pressure of twenty or thirty tons ; nay , of twice or thrice as much , if its length be increased , and its

bore lessened , without the least regard to the quantity of the liquid , we are not only astonished at so extraordinary and unexpected a property of matter , but we straightway perceive one of the great agents employed in the vast operations of nature , in which the most trifling means

are used to work the mightiest effects . We likewise learn to guard against many serious mischiefs in our own works , and to apply safely and usefully a power calculated , according as it is directed , either to produce unbounded devastationor to

, render the most beneficial service . Nor are the discoveries relating to the Air less interesting in themselves , and less applicable to important uses . It is an agent , though invisible , as powerful as AVater , in the operations both of nature

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