An Introduction to the Use of the Globes, and the Orery: Also, the Application of Astronomy to Chronology ... Adapted to the Instruction and Entertainment of Such Persons as are Not Previously Versed in Mathematic Science. With an Appendix, Attempting to Explain the Account of the First and Fourth Days Work of Creation in the First Chapter of GenesisJ. Nourse, J. Buckland and E. and C. Dilly, 1766 - 172 pages |
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Page 6
... over his Head every day at Noon throughout the Year . This Circle is divided into twelve times 30 Degrees , in all 360. These twelye Por- tions tions of the Ecliptic are called by twelve different Names 6 Part I. The Terreftrial GLOBE ,
... over his Head every day at Noon throughout the Year . This Circle is divided into twelve times 30 Degrees , in all 360. These twelye Por- tions tions of the Ecliptic are called by twelve different Names 6 Part I. The Terreftrial GLOBE ,
Page 7
... Names , viz . 1. v Aries , the Ram . 2. 8 Taurus , the Bull . 3. Gemini , the Twins . 4. Can- cer , the Crab . 5. a Leo , the Lion . 6. m Virgo , the Virgin . 7. Libra , the Bal- lance . 8. Scorpio , the Scorpion . 9. ↑ Sagittarius ...
... Names , viz . 1. v Aries , the Ram . 2. 8 Taurus , the Bull . 3. Gemini , the Twins . 4. Can- cer , the Crab . 5. a Leo , the Lion . 6. m Virgo , the Virgin . 7. Libra , the Bal- lance . 8. Scorpio , the Scorpion . 9. ↑ Sagittarius ...
Page 12
... Names from the different Degrees of Heat and Cold , which , by their Situation , they are fubject to , viz . One Torrid Zone , two Temperate , and two Frigid . The Tor- rid Zone lies betwixt the two Tropics ; the two Temperate Zones are ...
... Names from the different Degrees of Heat and Cold , which , by their Situation , they are fubject to , viz . One Torrid Zone , two Temperate , and two Frigid . The Tor- rid Zone lies betwixt the two Tropics ; the two Temperate Zones are ...
Page 16
... Name comes from reros mutilus and ovça cauda , because they are often reprefented only as half Meridians , which are not completely feen in an Oblique Sphere . Equino & ial , from equus equal , and Nox Night . when when the Sun is in ...
... Name comes from reros mutilus and ovça cauda , because they are often reprefented only as half Meridians , which are not completely feen in an Oblique Sphere . Equino & ial , from equus equal , and Nox Night . when when the Sun is in ...
Page 18
... Name ) Almi- cantars . 7. The Poles of the Ecliptic are generally marked on the Celestial Globe , which fall in the Arctic and Antarctic Circles , at 23 Degrees diftance from the Poles of the Equi- noctial . 8. Great Circles cutting the ...
... Name ) Almi- cantars . 7. The Poles of the Ecliptic are generally marked on the Celestial Globe , which fall in the Arctic and Antarctic Circles , at 23 Degrees diftance from the Poles of the Equi- noctial . 8. Great Circles cutting the ...
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An Introduction to the Use of the Globes, and the Orery: Also, the ... David Jennings No preview available - 2018 |
Common terms and phrases
Afcenfion Aftronomers alfo alſo Altitude Angle appears Arch Aries Atmoſphere Axis becauſe Cafe called Caufe Cauſe Center Circle Comet confequently Conftellations Cycle Degrees Diameter diftant Diſtance diurnal Motion diurnal Rotation Divifion Dominical Letter Ecliptic Epact equal Equator Equinoctial Equinox expreffed fafter faid fame feems feen feven fhews fhould fince firft firſt fixed Stars folar fome fometimes ftands fubftracted fuch full Moon fuppofe Globe greateſt Heat Heavens Hemiſphere Horizon Hour inferior Conjunction juft Jupiter laft Latitude leffer lefs Light longeſt Day Longitude Lunar meaſured Meridian Miles Month Moon's moſt muft muſt nearer Node Noon Number obferved oblique occafioned Orbit paffing Parallax Planets Pofition Point of Aries Polar Circles Pole prefent PROB Quadrant refpect repreſent rifing round the Earth round the Sun Saturn Seaſons ſeen ſhe Sun's Place Surface Syftem Synodical Month theſe thofe thoſe thro Tropic uſed Venus vernal Equinox vifible Weft whofe Zenith Zodiac
Popular passages
Page 161 - And God said, Let there be lights in the firmament of the heaven to divide the day from the night ; and let them be for signs and for seasons, and for days,
Page 151 - And God made the firmament, and divided the waters which were under the firmament from the waters which were above the firmament: and it was so. And God called the firmament Heaven. And the evening and the morning were the second day.
Page 103 - Thus saith the Lord, Learn not the way of the heathen, and be not dismayed at the signs of heaven; for the heathen are dismayed at them.
Page 35 - Put the centre of the quadrant of altitude on the pole of the ecliptic, and its graduated edge on the star ; then the arch of the quadrant, intercepted...
Page 30 - The hour being given at any place, to tell what hour it is in any other part of the world : Bring the given place to the meridian, and set the...
Page 30 - For the zenith : screw the quadrant of altitude on the meridian, at the given degree of latitude, counting from the equator towards the elevated pole, and the globe will be rectified for the zenith.
Page 31 - X.), and mark it on the brass meridian ; then bring the given place to the meridian, and set the index to the given hour. Turn the globe till the index points to...
Page 152 - Heaven and the earth ; and the earth was without form, and void, and darknefs was upon the face of the deep ; and the fpirit of God moved upon the face of the waters.
Page 157 - Let there and there was light. 4 And God faw the light, that it was good : and God divided the light from the darknefs. 5 And God called the light Day, and the darknefs he called Night: and the evening and the morning •were the firft day.
Page 130 - To find the Dominical Letter. Divide the cent'ries by four; and twice what does remain Take from six; and then add to the number you gain The odd years and their fourth ; which, dividing by seven, What is left take from seven, and the letter is given.