Selected quad for the lemma: order_n

Word A	Word B	Word C	Word D	Occurrence	Frequency Band	MI	MI Band	Prominent
order_n	day_n	see_v	time_n	2,707	5	3.4442	3	false

Text snippets containing the quad

ID	Title	Author	Corrected Date of Publication (TCP Date of Publication)	STC	Words	Pages
A64474	A light to the longitude, or, The use of an instrument called the seaman's director speedily resolving all astronomical cases and questions concerning the sun, moon, and stars : with several propositions whereby sea-men may find at what meridian and longitude they are at in all parts of the world : published for the advance of navigation / by Robert Theaker.	Theaker, Robert.	1665 (1665)	Wing T844; ESTC R1274	25,756	42

the_o 20_o day_n of_o april_n the_o sun_n place_n be_v 10_o degree_n 12_o minute_n of_o ♉_o taurus_n now_o because_o ♉_o taurus_n be_v one_o of_o the_o northern_a sign_n and_o so_o the_o sun_n have_v north_n declination_n bring_v the_o long_a index_n of_o the_o move_a horizon_n to_o 12_o hour_n 20_o degree_n in_o the_o low_o fix_v plain_a the_o meridian_n of_o london_n then_o bring_v the_o sun_n place_n in_o the_o ecliptic_a first_o to_o the_o east_n part_n of_o the_o horizon_n and_o so_o keep_v all_o fast_n and_o then_o turn_v the_o move_a meridian_n to_o the_o 20_o day_n of_o april_n and_o it_o will_v then_o show_v in_o ♈_o aries_n hour-circle_n that_o the_o sun_n rise_v at_o 4_o of_o the_o clock_n 41_o minute_n pass_v in_o the_o morning_n &_o set_v at_o 7_o of_o the_o clock_n 41_o minute_n pass_v in_o the_o afternoon_n or_o if_o you_o desire_v to_o know_v the_o 20_o day_n of_o october_n at_o what_o time_n the_o sun_n rise_v or_o set_v now_o again_o because_o the_o sun_n place_n be_v 7_o degree_n of_o ♏_o scorpio_n one_o of_o the_o southern_a sign_n and_o so_o have_v south_n declination_n bring_v the_o short_a index_n of_o the_o move_a horizon_n to_o 12_o of_o the_o clock_n and_o 20_o degree_n in_o the_o low_o fix_v plain_a and_o there_o keep_v it_o fast_o and_o then_o turn_v the_o upper_a move_a plain_n until_o the_o sun_n place_n 7_o degree_n of_o ♏_o scorpio_n come_v to_o the_o east_n part_n of_o the_o horizon_n and_o then_o the_o move_a index_n bring_v to_o the_o 20_o day_n of_o october_n will_v show_v the_o sun_n than_o rise_v at_o 7_o of_o the_o clock_n 13_o minute_n pass_v in_o the_o morning_n and_o set_v at_o 4_o of_o the_o clock_n 47_o minute_n pass_v in_o the_o afternoon_n which_o be_v a_o much_o better_a way_n then_o to_o count_v one_o end_n of_o the_o morning_n index_n to_o cut_v the_o hour_n of_o sun_n set_v and_o the_o other_o end_n count_v back_o from_o 12_o in_o aries_n hour_n circle_n for_o the_o time_n of_o sun_n rising_n as_o have_v be_v former_o teach_v also_o by_o this_o mean_v the_o whole_a move_a upper_a plain_n represent_v the_o celestial_a globe_n be_v turn_v about_o in_o this_o diurnal_a motion_n upon_o any_o day_n require_v will_v show_v the_o time_n of_o the_o sun_n be_v rise_v or_o set_v and_o all_o the_o star_n rise_v set_v and_o come_v to_o the_o south_n in_o order_n from_o whence_o in_o astronomy_n many_o beneficial_a conclusion_n may_v be_v ready_o draw_v see_v this_o instrument_n be_v so_o exact_a and_o make_v such_o extraordinary_a dispatch_n answer_v many_o variety_n all_o at_o once_o which_o by_o proportion_n and_o the_o doctrine_n of_o spherical_a triangle_n will_v require_v long_a time_n notwithstanding_o the_o help_n of_o the_o logarithme_n and_o natural_a sign_n provide_v in_o our_o day_n to_o find_v the_o sun_n altitude_n every_o day_n of_o the_o year_n when_o he_o come_v to_o the_o meridian_n this_o proposition_n be_v very_o useful_a for_o all_o seaman_n ready_o to_o set_v the_o shadow_n vein_n in_o observation_n at_o sea_n to_o find_v the_o latitude_n first_o then_o if_o you_o turn_v the_o move_a meridian_n and_o short_a index_n of_o the_o horizon_n both_o together_o to_z ♈_o aries_n in_o the_o move_a plain_n the_o edge_n of_o the_o horizon_n will_v then_o cut_v the_o move_a meridian_n in_o 38_o degree_n and_o 30_o minute_n the_o height_n of_o the_o sun_n upon_o the_o meridian_n the_o 10_o day_n of_o march_n in_o the_o latitude_n of_o 51_o degree_n and_o 30_o minute_n and_o be_v also_o the_o height_n of_o the_o equinoctial_a in_o that_o latitude_n for_o ever_o therefore_o at_o any_o time_n if_o you_o add_v the_o sun_n declination_n when_o it_o be_v north_n or_o subtract_v it_o when_o it_o be_v south_n from_o 38_o degree_n and_o 30_o minute_n the_o height_n of_o the_o equinoctial_a it_o will_v show_v the_o height_n of_o the_o sun_n that_o day_n upon_o his_o meridian_n so_o the_o 20_o day_n of_o april_n the_o sun_n declination_n be_v 15_o degree_n north_n which_o add_v to_o the_o 38_o degree_n 30_o minute_n show_v the_o altitude_n of_o the_o sun_n that_o day_n upon_o the_o meridian_n be_v 53_o degree_n 30_o minute_n and_o the_o 18_o of_o october_n the_o sun_n have_v 13_o degree_n 30_o minute_n south_n declination_n which_o substract_v from_o 38_o degree_n 30_o minute_n rest_v 25_o degree_n which_o be_v the_o height_n of_o the_o sun_n that_o day_n upon_o his_o meridian_n here_o in_o the_o north_n latitude_n of_o 51_o degree_n 30_o minute_n and_o so_o of_o all_o other_o to_o find_v every_o day_n how_o many_o degree_n the_o sun_n or_o star_n dip_v or_o go_v under_o the_o horizon_n at_o midnight_n also_o to_o find_v the_o amplitude_n of_o the_o sun_n or_o star_n every_o day_n in_o the_o year_n at_o their_o rise_n or_o set_v to_o find_v the_o sun_n amplitude_n at_o his_o rise_n or_o set_v by_o this_o instrument_n there_o must_v also_o be_v provide_v a_o straight_a ruler_n to_o be_v employ_v as_o occasion_n shall_v require_v first_o then_o when_o you_o desire_v to_o know_v the_o sun_n amplitude_n you_o must_v grant_v the_o diameter_n betwixt_o ♈_o aries_n and_o ♎_o libra_n to_o represent_v the_o prime_n vertical_a circle_n or_o circle_n of_o the_o east_n and_o west_n and_o the_o quadrant_n from_o ♈_o aries_n to_o 90_o degree_n reckon_v in_o the_o equinoctial_a the_o quadrant_n of_o latitude_n and_o the_o diameter_n betwixt_o 90_o degree_n and_o 270_o degree_n the_o horizon_n circle_n then_o have_v the_o latitude_n of_o any_o place_n and_o declination_n of_o the_o sun_n bring_v the_o move_a meridian_n to_o the_o latitude_n and_o there_o keep_v it_o fast_o then_o with_o a_o pair_n of_o compass_n take_v the_o declination_n out_o of_o the_o equinoctial_a be_v one_o of_o the_o great_a circle_n and_o join_v it_o to_o the_o point_n of_o latitude_n in_o the_o quadrant_n of_o latitude_n towards_o ♈_o aries_n and_o then_o lie_v a_o straight_a ruler_n from_o that_o point_n parallel_n to_o the_o move_a meridian_n which_o be_v hold_v fast_o at_o the_o point_n of_o latitude_n and_o then_o observe_v where_o the_o ruler_n cut_v or_o cross_v the_o diameter_n now_o represent_v the_o horizon_n and_o then_o also_o observe_v under_o the_o horizon_n where_o that_o straight_a ruler_n cutteh_o the_o equinoctial_a and_o so_o many_o degree_n do_v the_o sun_n or_o star_n dip_v or_o go_v under_o the_o horizon_n or_o midnight_n then_o from_o the_o same_o point_n in_o the_o horizon_n turn_n or_o lay_v the_o straight_a ruler_n parallel_v to_o the_o prime_n vertical_a and_o then_o in_o the_o equinoctial_a be_v one_o of_o the_o great_a circle_n it_o will_v cut_v the_o true_a amplitude_n of_o the_o sun_n or_o star_n which_o be_v always_o the_o distance_n contain_v betwixt_o ♈_o aries_n and_o that_o point_n so_o cut_v so_o in_o the_o north_n latitude_n of_o 51_o degree_n 30_o minute_n the_o great_a declination_n of_o the_o sun_n be_v 23_o degree_n 30_o minute_n if_o you_o bring_v the_o move_a index_n to_o 51_o degree_n 30_o minute_n in_o the_o quadrant_n of_o latitude_n and_o thereunto_o join_v the_o declination_n 23_o degree_n and_o 30_o minute_n and_o then_o from_o that_o point_n lie_v a_o straight_a ruler_n parallel_v to_o the_o move_a meridian_n or_o index_n it_o will_v cut_v under_o the_o horizon_n in_o the_o equinoctial_a 15_o degree_n and_o so_o much_o go_v the_o sun_n then_o under_o the_o horizon_n at_o midnight_n also_o at_o the_o same_o time_n note_v the_o place_n or_o point_n cut_v in_o the_o horizon_n by_o the_o same_o straight_a ruler_n and_o then_o turn_v or_o lay_v the_o ruler_n from_o that_o point_n in_o the_o horizon_n parallel_v to_o the_o prime_n vertical_a and_o where_o it_o cut_v the_o equinoctial_a the_o distance_n betwixt_o ♈_o aries_n and_o that_o point_n be_v the_o amplitude_n which_o here_o at_o this_o time_n appear_v to_o be_v 39_o degree_n and_o 50_o minute_n be_v the_o great_a amplitude_n the_o sun_n can_v possible_o have_v here_o at_o london_n in_o the_o north_n latitude_n of_o 51_o degree_n 30_o minute_n and_o so_o in_o the_o same_o manner_n you_o may_v find_v the_o amplitude_n of_o any_o of_o the_o fix_a star_n at_o their_o rise_n or_o set_v note_v if_o the_o sun_n have_v north_n declination_n it_o be_v call_v north_n amplitude_n and_o if_o it_o have_v south_n declination_n it_o be_v call_v south_n amplitude_n and_o the_o great_a latitude_n the_o great_a amplitude_n and_o so_o of_o the_o fix_a star_n note_v also_o until_o the_o sun_n be_v 18_o degree_n under_o the_o horizon_n it_o be_v the_o crepusculum_fw-la or_o twilight_n therefore_o here_o at_o london_n when_o the_o sun_n have_v 23_o degree_n 30_o minute_n north_n declination_n the_o sun_n dip_v but_o 15_o degree_n under_o the_o horizon_n therefore_o here_o at_o