Selected quad for the lemma: day_n

Word A	Word B	Word C	Word D	Occurrence	Frequency Band	MI	MI Band	Prominent
day_n	degree_n	longitude_n	minute_n	8,159	5	12.3086	5	true

Text snippets containing the quad

ID	Title	Author	Corrected Date of Publication (TCP Date of Publication)	STC	Words	Pages
A08349	A mathematicall apendix,[sic] containing many propositions and conclusions mathematicall: with necessary obseruations both for mariners at sea, and for cherographers and surueyors of land; together with an easie perspectiue mechanicall way, to deline at sunne dyalls vpon any wall or plane giuen, be it direct, inclyning, declyning, or reclyning, for the horizon, or meridian, in any region or place of knovvne latitude. With other things pleasant and profitable for the weale publick, not heretofore extant in our vulgar: partly collected out of foreigne moderne writers, and partlie inuented and practised by the author. Written by R.N. Gent.	Norton, Robert, d. 1635.	1604 (1604)	STC 18675; ESTC S119965	19,791	52

paralaxis_n abstract_v 3_o a_o comet_n or_o the_o moon_n appear_v how_o to_o find_v the_o paralax_n or_o difference_n of_o aspect_n thereof_o two_o several_a way_n and_o thereby_o how_o far_o it_o be_v from_o the_o centre_n or_o circumference_n of_o the_o earth_n 4_o the_o paralax_n and_o distance_n from_o the_o earth_n give_v to_o find_v what_o angle_n it_o will_v make_v in_o the_o centre_n of_o the_o earth_n with_o any_o other_o star_n that_o have_v no_o paralax_n 5_o to_o find_v the_o longitude_n by_o a_o comet_n or_o the_o moon_n appear_v and_o the_o difference_n of_o time_n from_o one_o meridian_n to_o another_o by_o compare_v it_o with_o a_o fix_a star_n a_o corollary_n upon_o the_o same_o show_v more_o evident_a accomplishment_n thereof_o by_o compare_v it_o with_o the_o true_a move_n of_o one_o of_o the_o planet_n 6_o a_o star_n m_o heaven_n propound_v to_o find_v the_o longitude_n without_o the_o difference_n of_o time_n 7_o how_o to_o find_v the_o longitude_n and_o latitude_n of_o any_o place_n at_o once_o without_o the_o difference_n of_o time_n by_o observation_n of_o the_o celestial_a luminary_n 8_o how_o to_o find_v the_o longitude_n at_o all_o time_n from_o moment_n to_o moment_n mechanical_o and_o withal_o to_o describe_v all_o the_o place_n of_o note_n in_o a_o region_n or_o country_n on_o a_o map_n or_o platte_a according_a to_o their_o several_a distance_n and_o situation_n exact_o with_o the_o use_n of_o the_o protractor_n a_o corollary_n upon_o the_o same_o apply_v it_o to_o the_o survey_v and_o plat_v of_o land_n another_o corollary_n upon_o the_o same_o consequence_n express_v a_o mechanical_a mean_n to_o find_v the_o longitude_n at_o sea_n at_o all_o time_n and_o to_o keep_v a_o perfect_a traverse_v for_o a_o whole_a voyage_n a_o annotaion_n show_v a_o artificial_a devise_n how_o the_o master_n or_o pilot_n at_o sea_n may_v much_o more_o exact_o make_v observation_n of_o the_o celestial_a luminary_n with_o any_o instrument_n than_o the_o ordinary_a manner_n can_v possible_o admit_v by_o reason_n of_o the_o heave_n and_o set_v of_o the_o ship_n the_o make_n of_o the_o cosmodelite_n a_o excellent_a instrument_n for_o many_o mathematical_a conclusion_n as_o for_o the_o longitude_n of_o place_n to_o take_v any_o altitude_n latitude_n or_o distance_n in_o sight_n for_o survey_v and_o plat_v of_o land_n to_o make_v sun_n diall_n etc._n etc._n invent_v by_o the_o author_n how_o by_o the_o cosmodelite_n to_o delineate_v a_o sun_n dial_n on_o any_o plane_n give_v with_o great_a facility_n &_o without_o arithmetical_a calculation_n master_n robert_n smith_n his_o invention_n to_o delineat_v a_o sun_n dial_n otherwise_o the_o make_n of_o a_o artificial_a engine_n whereby_o with_o any_o strength_n give_v be_v it_o never_o so_o little_a to_o elevate_v and_o lift_v up_o any_o ponderous_a weight_n assign_v brief_a exposition_n of_o the_o geometrical_a and_o aftronomicall_a term_n mention_v in_o this_o treatise_n finis_fw-la tabulae_fw-la the_o first_o proposition_n how_o to_o find_v the_o longitude_n of_o place_n by_o the_o daily_a declination_n of_o the_o sun_n the_o sun_n continual_o decline_v from_o the_o aequator_fw-la according_a to_o the_o several_a point_n of_o the_o ecliptic_a wherein_o he_o proper_o move_v sometime_o towards_o the_o south_n be_v in_o the_o meridional_a sign_n and_o sometime_o towards_o the_o north_n pole_n be_v in_o the_o septentrional_a make_v his_o great_a declination_n on_o either_o side_n to_o be_v 23._o degree_n and_o 28._o or_o thereabouts_o do_v from_o the_o noon_n of_o one_o day_n unto_o the_o noon_n of_o the_o next_o day_n so_o sensible_o vary_v his_o declination_n on_o any_o one_o meridian_n as_o that_o you_o may_v easy_o find_v how_o much_o he_o declyne_v from_o meridian_n to_o meridian_n on_o all_o the_o meridian_n that_n may_v be_v imagine_v upon_o the_o face_n of_o the_o whole_a earth_n as_o for_o example_n if_o from_o the_o noon_n of_o this_o day_n until_o the_o same_o moment_n to_o morrow_n he_o shall_v be_v find_v to_o vary_v one_o minute_n of_o a_o degree_n in_o his_o declination_n upon_o one_o same_o meridian_n imagine_v then_o 60._o several_a meridian_n on_o the_o earth_n equal_o distant_a one_o from_o another_o it_o be_v most_o certain_a that_o he_o will_v make_v from_o one_o of_o those_o meridian_n unto_o the_o next_o 1_o 60_o part_n of_o a_o minute_n which_o be_v a_o second_o difference_n of_o declination_n and_o so_o consequent_o more_o or_o less_o as_o the_o same_o shall_v happen_v to_o be_v beyond_o or_o short_a of_o the_o say_a meridian_n wherefore_o if_o you_o divide_v 360._o the_o degree_n of_o the_o equator_fw-la by_o 60._o the_o number_n of_o the_o suppose_a meridian_n you_o shall_v find_v the_o quotient_a to_o produce_v 6._o degree_n the_o difference_n of_o the_o longitude_n which_o one_o of_o they_o shall_v be_v from_o the_o next_o this_o may_v be_v observe_v from_o day_n to_o day_n at_o all_o time_n of_o the_o year_n be_v it_o that_o the_o sun_n have_v great_a or_o less_o declination_n than_o the_o say_a minute_n under_o the_o assign_a meridian_n which_o collect_v into_o a_o table_n will_v be_v a_o ready_a mean_n for_o to_o find_v the_o longitude_n of_o any_o unknown_a meridian_n the_o practice_n to_o find_v the_o longitude_n the_o table_n be_v make_v be_v thus_o have_v exact_o observe_v the_o declination_n of_o the_o sun_n by_o some_o perfect_a mathematical_a instrument_n for_o the_o hour_n of_o noon_n then_o enter_v the_o say_a table_n seek_v there_o the_o declination_n set_v down_o for_o that_o day_n which_o be_v find_v the_o difference_n of_o the_o declination_n will_v show_v you_o under_o what_o meridian_n you_o observe_v and_o be_v with_o the_o difference_n of_o longitude_n which_o difference_n be_v add_v or_o subduct_v as_o reason_n will_v direct_v to_o or_o from_o the_o former_a give_v meridian_n will_v yield_v the_o seek_v unknown_a longitude_n note_v that_o the_o table_n may_v be_v enlarge_v not_o only_o to_o three_o and_o fowerth_v but_o unto_o ten_o which_o will_v be_v much_o better_a for_o the_o more_o exact_a express_v of_o his_o slow_a declination_n and_o thus_o you_o may_v find_v the_o longitude_n by_o the_o daily_a declination_n of_o the_o sun_n the_o second_o proposition_n how_o to_o find_v the_o longitude_n by_o arch_n of_o great_a circle_n which_o pass_v by_o the_o centre_n of_o the_o fix_a star_n and_o such_o of_o the_o planet_n as_o yield_v no_o sensible_a paralax_n or_o difference_n of_o aspect_n forasmuch_o as_o great_a circle_n which_o pass_v by_o the_o centre_n of_o all_o the_o star_n do_v express_v in_o their_o arch_n the_o several_a distance_n of_o all_o the_o planet_n and_o fix_a star_n consider_v by_o two_o and_o two_o and_o for_o that_o the_o planet_n in_o their_o proper_a move_n do_v overgo_v the_o star_n of_o the_o firmament_n it_o must_v necessary_o follow_v that_o their_o say_a distance_n do_v continual_o vary_v either_o more_o or_o less_o and_o the_o angle_n also_o subtend_v they_o wherefore_o if_o by_o astronomical_a table_n you_o obtain_v the_o true_a place_n of_o one_o of_o the_o planet_n have_v no_o paralax_n and_o compare_v the_o same_o with_o one_o of_o the_o fix_a star_n give_v be_v it_o septentrional_a or_o meridional_a seek_v for_o every_o day_n hour_n and_o minute_n what_o angle_n the_o same_o planet_n shall_v make_v with_o the_o say_v fix_v star_n and_o of_o such_o angle_n to_o make_v a_o table_n it_o will_v be_v a_o artificial_a preparative_n to_o the_o find_n of_o the_o longitude_n of_o place_n with_o facility_n for_o all_o the_o inhabitant_n of_o the_o earth_n according_a to_o ptolemy_n be_v in_o the_o centre_n of_o the_o world_n in_o respect_n of_o the_o fix_a star_n and_o high_a planet_n it_o be_v certain_a that_o all_o such_o star_n and_o planet_n will_v appear_v to_o they_o all_o to_o vary_v their_o angle_n continual_o but_o chief_o when_o the_o planet_n shall_v be_v direct_a and_o that_o those_o planet_n which_o move_v most_o swift_o do_v yield_v more_o evident_o such_o variation_n than_o the_o slow_a ♄_o and_o ♃_o the_o table_n be_v prepare_v when_o you_o desire_v to_o find_v a_o unknown_a longitude_n observe_v exact_o by_o instrument_n what_o angle_n the_o same_o planet_n make_v with_o the_o say_a star_n for_o which_o the_o say_a table_n be_v make_v which_o have_v seek_v then_o in_o your_o say_a table_n for_o the_o angle_n calculate_v for_o that_o moment_n of_o time_n in_o which_o you_o make_v your_o observation_n and_o the_o difference_n of_o the_o angle_n will_v give_v you_o the_o difference_n of_o the_o longitude_n if_o any_o be_v between_o the_o place_n of_o observation_n seek_v and_o the_o place_n give_v for_o which_o the_o table_n be_v make_v corollary_n i._o then_o it_o follow_v that_o by_o the_o same_o mean_n and_o with_o more_o evident_a variation_n of_o angles_n we_o may_v