Selected quad for the lemma: world_n

Word A	Word B	Word C	Word D	Occurrence	Frequency Band	MI	MI Band	Prominent
world_n	circle_n	great_a	pole_n	2,915	5	11.6366	5	true

Text snippets containing the quad

ID	Title	Author	Corrected Date of Publication (TCP Date of Publication)	STC	Words	Pages
A24240	The mariner's everlasting almanack wherein is set down diverse motions of the moon, with rules and tables for finding her age every day, and when she cometh to the meridian, also the time of her true rising and setting, fully examplified and proved, together with everlasting tyde-tables, containing the true ebbings and flowings throughout the most part of the sea-ports and towns in Europe ... / by Iohn Forbes.	Forbes, John.	1681 (1681)	Wing A1704; ESTC R27677	28,000	56

and_o in_o the_o table_n of_o the_o day_n of_o the_o moon_n age_n be_v 4_o sign_n 25_o degree_n last_o see_v the_o moon_n come_v to_o the_o meridian_n the_o 11_o day_n at_o 8_o hour_n 48_o minute_n to_o the_o which_o do_v answer_v near_o in_o the_o table_n of_o hour_n 4_o degree_n 56_o minute_n these_o four_o be_v add_v together_o  _fw-fr s._n d._n m._n first_o the_o ☽_o being_n in_o the_o 1_o deg_n 3_o min_fw-mi of_o ☊_o being_z 4_o 1_o 3_o second_o from_o 2_o morning_n to_o noon_n be_v 10_o hour_n 0_o 5_o 29_o three_o the_o 11_o day_n at_o noon_n 4_o 25_o 00_o last_o for_o 11_o day_n in_o the_o first_o table_n 8_o ho_o 48_o min._n be_v 0_o 4_o 56_o the_o sum_n be_v 9_o 6_o 28_o and_o this_o much_o for_o the_o first_o way_n these_o 9_o sign_n 6_o deg_n 28_o min._n show_v the_o moon_n to_o be_v in_o the_o year_n 1683_o july_n 25_o into_o the_o 6_o degree_n 28_o minute_n of_o capricorn_n minute_n be_v omit_v in_o both_o so_o the_o difference_n be_v but_o small_a and_o no_o wonder_n that_o there_o be_v a_o difference_n the_o ephemeris_fw-la by_o calculation_n be_v more_o exact_a than_o that_o which_o we_o can_v expect_v from_o this_o enchiridion_n where_o you_o be_v to_o observe_v have_v find_v the_o place_n of_o the_o moon_n which_o if_o it_o have_v exceed_v 12_o sign_n you_o be_v then_o to_o subtract_v 12_o and_o the_o remainder_n count_v from_o aries_n inclusive_a shall_v be_v the_o moon_n place_n but_o have_v find_v the_o same_o to_o be_v in_o the_o 7_o degree_n of_o capricorn_n and_o the_o sun_n in_o the_o same_o by_o the_o last_o table_n of_o the_o sun_n rise_v and_o set_v you_o shall_v find_v the_o sun_n be_v in_o the_o 7_o degree_n of_o capricorn_n to_o set_v in_o the_o latitude_n of_o 57_o deg_n 10_o min._n at_o 3_o how_o 15_o min._n which_o be_v add_v to_o 8_o how_o 48._o min._n the_o moon_n come_v to_o the_o meridian_n show_v the_o set_n of_o the_o moon_n to_o be_v at_o 12_o how_o 3_o min._n about_o midnight_n and_o be_v substract_v from_o 8_o how_o 48_o min._n the_o remainder_n be_v 5_o how_o 33_o min._n for_o the_o rise_n of_o the_o moon_n in_o the_o afternoon_n and_o according_o you_o may_v know_v the_o rise_n and_o set_v for_o any_o other_o day_n of_o her_o age_n either_o increase_a or_o decrease_v upon_o these_o ground_n a_o instrument_n may_v be_v make_v for_o perform_v of_o the_o same_o without_o table_n and_o this_o much_o for_o the_o second_o way_n the_o three_o way_n in_o the_o same_o year_n 1683_o december_n 17_o being_n the_o 10_o day_n of_o the_o moon_n and_o come_v to_o the_o meridian_n at_o 8_o a_o clock_n in_o the_o afternoon_n i_o find_v the_o moon_n to_o be_v in_o 23_o degree_n of_o aries_n have_v 5_o degree_n 16_o minute_n south-latitude_n which_o be_v substract_v from_o 8_o degree_n 58_o minute_n the_o sun_n declination_n be_v in_o 23_o of_o aries_n be_v 3_o degree_n 42_o minute_n which_o may_v be_v call_v the_o moon_n declination_n or_o distance_n from_o the_o equinoctial_a northerly_a though_o not_o propper_o because_o the_o latitude_n of_o the_o moon_n or_o star_n be_v say_v to_o be_v a_o arch_n of_o a_o great_a circle_n contain_v between_o the_o body_n of_o the_o moon_n or_o star_n and_o the_o eccliptick_a pass_v by_o the_o eccliptick_a pole_n and_o the_o declination_n a_o arch_n of_o a_o great_a circle_n contain_v between_o the_o body_n of_o sun_n moon_n or_o star_n and_o the_o equinoctial_a pass_v by_o the_o pole_n of_o the_o world_n but_o the_o difference_n between_o the_o two_o arch_n be_v small_a and_o of_o no_o great_a consequence_n to_o this_o matter_n we_o look_v in_o the_o table_n of_o declination_n for_o 3_o deg_n 42_o min._n in_o aries_n in_o which_o sign_n and_o degree_n the_o sun_n be_v set_v about_o 6_o how_o 10_o min._n which_o add_v to_o 8_o how_o the_o moon_n come_v to_o the_o meridian_n the_o sum_n be_v 14_o how_o 10_o min._n or_o 2_o how_o 10_o min._n in_o the_o morning_n the_o moon_n will_v set_v and_o be_v substract_v from_o 8_o how_o the_o remainder_n 1_o how_o 50_o min._n for_o her_o rise_a afternoon_n now_o by_o the_o second_o way_n wherein_o there_o be_v no_o respect_n have_v to_o the_o latitude_n of_o the_o moon_n we_o find_v the_o sun_n be_v in_o 23_o deg_n of_o aries_n to_o have_v his_o half_a semidiurnall_a arch_n 6_o how_o 56_o min._n which_o be_v add_v to_o 8_o how_o the_o moon_n come_v to_o the_o meridian_n give_v 14_o how_o 56_o min._n for_o her_o set_n and_o substract_v from_o 8_o how_o giveth_z 1_o how_o 4_o min._n this_o be_v a_o error_n ought_v to_o be_v serious_o consider_v as_o not_o be_v tollorable_a the_o half_a semidiurnall_a arch_n only_o be_v 6_o how_o 10_o min._n and_o not_o 6_o how_o 56_o min._n by_o consider_v the_o latitude_n have_v former_o make_v mention_n that_o the_o moon_n latitude_n be_v add_v or_o substract_v from_o the_o moon_n true_a declination_n of_o longitude_n the_o difference_n be_v of_o no_o great_a consequence_n as_o i_o shall_v illustrate_v in_o these_o follow_a case_n suppose_v the_o moon_n longitude_n to_o be_v in_o the_o 15_o degree_n of_o taurus_n sect_n viii_o a_o description_n of_o the_o follow_v spherical_a triangle_n let_v there_o be_v a_o oblique_a spherical_a triangle_n as_o a_o b_o c_o project_v in_o the_o plain_a of_o the_o solistitiall●olure_n either_o orthographice_n according_a to_o ptolemy_n analemma_n or_o steriographice_v according_a to_o gemma_fw-la ●risius_fw-la his_o astrolob_n the_o arch_a a_o b_o shall_v represent_v the_o distance_n between_o the_o two_o pole_n to_o wit_n of_o ●he_n diurnal_a and_o annual_a motion_n be_v 23_o deg_n 30_o min._n b_o c_o a_o arch_n of_o the_o co._n latitude_n of_o the_o moon_n ●nd_v a_o c_o of_o the_o co._n declination_n dat._n a_o b_o the_o angle_z at_z b_o and_o b_o c_o to_o find_v a_o c_o or_o compliment_n be_v the_o declination_n of_o the_o moon_n north_n ☽_o lat._n ☽_o decl._n decl._n 15_o ♉_o add_v diff_n deg._n deg_n min._n deg_n min._n min_fw-mi 5_o 21_o 8_o 21_o 24_o 16_o 4_o 20_o 11_o 20_o 24_o 13_o 3_o 19_o 14_o 19_o 24_o 10_o 2_o 18_o 16_o 18_o 24_o 8_o 1_o 17_o 19_o 17_o 24_o 5_o south_n ☽_o lat._n ☽_o decl._n substracted_a diff_n deg._n deg_n min._n deg_n min._n min_fw-mi 5_o 11_o 35_o 16_o 24_o 11_o 4_o 12_o 32_o 16_o 24_o 8_o 3_o 13_o 30_o 16_o 24_o 6_o 2_o 14_o 27_o 16_o 24_o 3_o 1_o 15_o 24_o 16_o 24_o 0_o these_o two_o table_n i_o have_v compose_v for_o show_v of_o the_o difference_n between_o the_o moon_n declination_n be_v have_v by_o the_o resolution_n of_o the_o former_a triangle_n and_o the_o place_n of_o the_o moon_n in_o the_o eccliptick_a have_v either_o n._n or_o s._n latitude_n as_o for_o example_n i_o have_v take_v the_o moon_n longitude_n to_o be_v in_o the_o 15_o deg_n of_o taurus_n who_o declination_n be_v 16_o deg_n 24_o min_fw-mi in_o the_o first_o table_n there_o be_v 5_o column_n first_o the_o moon_n latitude_n to_o 5_o deg_n of_o n._n latitude_n second_o the_o moon_n declination_n three_o the_o declination_n of_o the_o 15_o deg_n of_o taurus_n be_v 16_o deg_n 24_o min._n add_v to_o 5_o deg_n of_o n._n latitude_n give_v 21_o deg_n 24_o min._n the_o difference_n from_o the_o moon_n declination_n 21_o deg_n 8_o min._n be_v only_o 16_o min._n and_o ●hat_n for_o the_o five_o column_n and_o so_o according_o in_o all_o ●he_v rest_n the_o second_o table_n where_o the_o moon_n have_v south_n latitude_n the_o moon_n be_v in_o the_o same_o degree_n of_o ●he_n eccliptick_a according_a to_o her_o longitude_n you_o have_v ●n_v the_o first_o column_n as_o former_o the_o moon_n latitude_n s._n second_o the_o moon_n declination_n and_o three_o the_o declination_n of_o 15_o deg_n of_o taurus_n from_o which_o if_o you_o subtract_v ●he_v moon_n latitude_n the_o remainder_n shall_v be_v 11_o deg_n 24_o min_fw-mi differ_v from_o the_o moon_n declination_n 11_o min._n what_o i_o have_v say_v here_o concern_v n._n or_o s._n latitude_n in_o the_o northern_a sign_n may_v be_v apply_v to_o n._n or_o s._n latitude_n in_o southern_a sign_n but_o if_o it_o be_v require_v when_o the_o declination_n with_o the_o latitude_n add_v be_v more_o than_o 23_o deg_n 30_o min._n as_o i_o suppose_v the_o moon_n to_o be_v in_o the_o 25_o deg_n of_o gemini_fw-la have_v declination_n 23_o deg_n 26_o min._n north_n and_o the_o latitude_n 5_o deg_n 16_o min._n north_n the_o sum_n be_v 28_o deg_n 26_o min_fw-mi now_o to_o know_v the_o 20_o day_n of_o the_o moon_n at_o what_o time_n the_o moon_n rise_v and_o set_v have_v find_v the_o declination_n of_o the_o moon_n by_o what_o former_o have_v be_v say_v to_o be_v 28_o