Selected quad for the lemma: hand_n

Word A	Word B	Word C	Word D	Occurrence	Frequency Band	MI	MI Band	Prominent
hand_n	left_a	right_a	wing_n	4,889	5	10.2119	5	false

Text snippets containing the quad

ID	Title	Author	Corrected Date of Publication (TCP Date of Publication)	STC	Words	Pages
A08582	The circles of proportion and the horizontal instrument The former shewing the maner how to work proportions both simple and compound: and the ready and easy resolving of quæstions both in arithmetic, geometrie, & astronomie: and is newly increased with an additament for navigation. All which rules may also be wrought with the penne by arithmetic, and the canon of triangles. The later teaching how to work most quæstions, which may be performed by the globe: and to delineat dialls upon any kind of plaine. Invented, and written in latine by W.O. Translated into English, and set out for the public benefit, by William Forster.	Oughtred, William, 1575-1660.; Forster, William, mathematician.; Oughtred, William, 1575-1660. Addition unto the use of the circles of proportion. aut	1633 (1633)	STC 18899B; ESTC S120820	74,822	159

make_v with_o the_o meridian_n by_o sect_n 23_o and_o then_o say_v as_o the_o radius_fw-la be_v to_o the_o sine_fw-la of_o the_o angle_n of_o the_o circle_n of_o the_o house_n with_o the_o meridian_n so_o be_v the_o sine_fw-la of_o the_o height_n of_o the_o pole_n above_o the_o horizon_n of_o the_o place_n to_o the_o sine_fw-la of_o the_o height_n of_o the_o pole_n above_o that_o circle_n of_o position_n 40._o the_o longitude_n and_o latitude_n of_o any_o fix_a star_n be_v give_v to_o find_v out_o the_o right_a ascension_n and_o declination_n thereof_o the_o angle_n which_o the_o circle_n of_o the_o sun_n longitude_n make_v with_o the_o meridian_n at_o the_o pole_n of_o the_o ecliptic_a i_o call_v the_o angle_n of_o longitude_n and_o the_o angle_n which_o the_o circle_n of_o the_o sun_n right_a ascension_n make_v with_o the_o meridian_n at_o the_o pole_n of_o the_o world_n i_o call_v the_o angle_n of_o right_a ascension_n the_o condition_n and_o quantity_n of_o which_o two_o angle_n be_v thus_o find_v out_o in_o star_n of_o the_o northern_a latitude_n if_o the_o longitude_n be_v in_o the_o i_o quadrant_a of_o the_o ecliptic_a subduct_v it_o out_o of_o 90_o the_o remain_v will_v be_v the_o angle_n of_o longitude_n acute_a and_o the_o angle_n of_o right_a ascension_n be_v find_v must_v be_v add_v unto_o 270._o if_o the_o longitude_n be_v in_o the_o two_o quadrant_a subduct_v 90_o out_o of_o it_o the_o remain_v will_v be_v the_o angle_n of_o longitude_n acute_a and_o the_o angle_n of_o right_a ascension_n be_v find_v must_v be_v take_v out_o of_o 270._o if_o the_o longitude_n be_v in_o the_o iii_o quadrant_a subduct_v 90_o out_o of_o it_o the_o remain_v will_v be_v the_o angle_n of_o longitude_n obtuse_a and_o the_o angle_n of_o right_a ascension_n be_v find_v must_v be_v take_v out_o of_o 270._o if_o the_o longitude_n be_v in_o the_o four_o quadrant_a subduct_v it_o out_o of_o 90+360_n the_o remain_v will_v be_v the_o angle_n of_o longitude_n obtuse_a and_o the_o angle_n of_o right_a ascension_n be_v find_v must_v be_v add_v unto_o 270._o in_o star_n of_o the_o southern_a latitude_n if_o the_o longitude_n be_v in_o the_o i_o quadrant_a subduct_v 270_o out_o of_o it_o +_o 360_o the_o remain_v will_v be_v the_o angle_n of_o longitude_n obtuse_a and_o the_o angle_n of_o right_a ascension_n be_v find_v must_v be_v take_v out_o of_o 90._o if_o the_o longitude_n be_v in_o the_o two_o quadrant_n subduct_v it_o out_o of_o 270_o the_o remain_v will_v be_v the_o angle_n of_o longitude_n obtuse_a and_o the_o angle_n of_o right_a ascension_n be_v find_v must_v be_v add_v to_o 90._o if_o the_o longitude_n be_v in_o the_o iii_o quadrant_a subduct_v it_o out_o of_o 270_o the_o remain_v will_v be_v the_o angle_n of_o longitude_n acute_a and_o the_o angle_n of_o right_a ascension_n be_v find_v must_v be_v add_v to_o 90._o if_o the_o longitude_n be_v in_o the_o four_o quadrant_a subduct_v 270_o out_o of_o it_o the_o remain_v will_v be_v the_o angle_n of_o longitude_n acute_a and_o the_o angle_n of_o right_a ascension_n be_v find_v must_v be_v subduct_v out_o of_o 90×_n 360._o then_o say_v as_o the_o radius_fw-la or_o total_a sine_fw-la be_v to_o the_o sine_fw-la of_o the_o compliment_n or_o excess_n of_o the_o angle_n of_o longitude_n so_o be_v the_o tang_n of_o the_o compl_a of_o the_o latitude_n to_o the_o tang_n of_o the_o first_o base_a if_o the_o angle_n of_o longitude_n be_v obtuse_a unto_o the_o first_o base_a find_v add_v the_o great_a declination_n deg_fw-la 23½_n and_o the_o sum_n shall_v be_v the_o second_o base_a and_o the_o angle_n of_o right_a ascension_n shall_v be_v acute_a but_o if_o the_o angle_n of_o longitude_n be_v acute_a out_o of_o the_o first_o base_a subduct_n the_o great_a declination_n and_o the_o remain_v shall_v be_v the_o second_o base_a and_o the_o angle_n of_o right_a ascension_n shall_v be_v obtuse_a or_o else_o out_o of_o the_o great_a declination_n of_o the_o sun_n subduct_v the_o first_o base_a and_o the_o remain_v shall_v be_v the_o second_o base_a and_o the_o angle_n of_o right_a ascension_n shall_v be_v acute_a say_v again_o as_o the_o sine_fw-la of_o the_o second_o base_a be_v to_o the_o sine_fw-la of_o the_o first_o base_a so_o be_v the_o tang_n of_o the_o angle_n of_o longitude_n to_o the_o tang_n of_o the_o angle_n of_o right_a ascension_n whence_o by_o add_v or_o subduct_v as_o be_v before_o deliver_v in_o the_o condition_n of_o those_o angle_n shall_v be_v give_v the_o right_a ascension_n of_o that_o star_n seek_v for_o last_o say_v as_o the_o tang_n of_o the_o second_o base_a be_v to_o the_o radius_fw-la so_o be_v the_o sine_fw-la of_o the_o compl_a or_o excess_n of_o the_o angle_n of_o right_a ascension_n to_o the_o tang_n of_o declination_n where_o note_v that_o if_o the_o second_o base_a exceed_v 90_o degr_n the_o declination_n find_v shall_v not_o be_v of_o the_o same_o kind_n that_o the_o latitude_n be_v but_o in_o the_o contrary_a hemisphere_n a_o table_n of_o the_o right_a ascension_n and_o declination_n of_o 40_o of_o the_o chief_a fix_a star_n calculate_v for_o the_o year_n of_o our_o lord_n 1650._o name_n of_o star_n right_a ascension_n declination_n make_fw-mi the_o polar_a star_n 7°_n 4′7_n 80°_n 2′7_n n_o 2_o andromedaes_n girdle_n 12_o 32_o 33_o 48_o n_n 2_o the_o former_a horn_n of_o ♈_o 23_o 38_o 17_o 37_o n_n 4_o the_o bright_a star_n in_o the_o head_n of_o ♈_o 26_o 56_o 21_o 48_o n_n 3_o the_o jaw_n of_o the_o whale_n 41_o 03_o 2_o 42_o n_n 2_o medusa_n head_n 41_o 27_o 39_o 35_o n_n 3_o the_o eye_n of_o the_o bull_n 64_o 00_o 15_o 46_o n_n 1_o the_o goat_n star_n 72_o 44_o 45_o 35_o n_n 1_o the_o former_a shoulder_n of_o orion_n 76_o 38_o 4_o 59_o n_n 2_o the_o latter_a shoulder_n of_o orion_n 84_o 07_o 7_o 18_o n_n 2_o the_o great_a dog_n star_n 97_o 27_o 16_o 13_o s_n 1_o the_o high_a head_n of_o ♊_o 108_o 01_o 32_o 35_o n_n 2_o the_o lesser_a dog_n star_n 110_o 17_o 6_o 06_o n_n 2_o the_o low_a head_n of_o ♊_o 111_o 00_o 28_o 49_o n_n 2_o the_o cribb_n or_o manger_n 125_o 4_o 20_o 52_o n_n neb._n the_o heart_n of_o hydra_n 137_o 39_o 7_o 10_o s_n 2_o the_o heart_n of_o the_o lion_n 147_o 27_o 13_o 39_o n_n 1_o in_o the_o loin_n of_o the_o lion_n 163_o 54_o 22_o 26_o n_n 2_o in_o the_o tail_n of_o the_o lion_n 172_o 49_o 16_o 32_o n_n 1_o in_o the_o girdle_n of_o virgo_fw-la 189_o 32_o 5_o 20_o n_n 3_o name_n of_o star_n r._n ascen_n declination_n make_fw-mi aliot_n 189°_n 36_o 57_o 53_o n_n 2_o vindemiatrix_n 191_o 15_o 15_o 51_o n_n 3_o spica_fw-la virgin_n 196_o 44_o 9_o 17_o s_n 1_o arcturus_n 209_o 56_o 21_o 34_o n_n 1_o the_o southern_a balance_n 217_o 56_o 14_o 32_o s_n 2_o the_o northern_a balance_n 224_o 31_o 8_o 2_o s_n 2_o the_o bright_a star_n in_o the_o serpent_n neck_n 231_o 49_o 7_o 35_o n_n 3_o the_o heart_n of_o scorpius_n 242_o 4_o 25_o 34_o s_n 1_o the_o head_n of_o hercules_n 254_o 40_o 14_o 51_o n_n 3_o the_o head_n of_o ophiucus_n 259_o 41_o 12_o 52_o n_n 3_o bright_a star_n in_o the_o harp_n 276_o 17_o 38_o 30_o n_n 1_o bright_a star_n in_o the_o vulture_n 293_o 27_o 8_o 1_o n_n 2_o upper_a horn_n of_o ♑_o 299_o 30_o 13_o 32_o s_n 3_o the_o left_a hand_n of_o ♒_o 307_o 10_o 10_o 43_o s_n 4_o the_o left_a shoulder_n of_o ♒_o 318_o 18_o 7_o 2_o s_n 3_o the_o mouth_n of_o pegasus_n 321_o 49_o 8_o 18_o n_n 3_o the_o right_a shoulder_n of_o ♒_o 326_o 59_o 1_o 58_o s_n 3_o fomahant_n 339_o 29_o 31_o 23_o s_n 1_o in_o the_o upper_a wing_n of_o pegasus_n 341_o 53_o 13_o 21_o n_n 2_o in_o the_o tip_n of_o the_o wing_n of_o pegasus_n 358_o 52_o 13_o 15_o n_n 2_o 41._o the_o longitude_n and_o latitude_n of_o any_o two_o star_n be_v give_v to_o find_v their_o distance_n if_o the_o star_n have_v both_o the_o same_o longitude_n differ_v only_o in_o latitude_n the_o difference_n of_o latitude_n be_v the_o distance_n of_o the_o star_n and_o if_o they_o differ_v only_o in_o longitude_n have_v the_o same_o latitude_n say_v as_o the_o radius_fw-la be_v to_o the_o sine_fw-la of_o half_a the_o difference_n of_o longitude_n so_o be_v the_o sine_fw-la of_o the_o compl_a of_o the_o latitude_n give_v to_o the_o sine_fw-la of_o half_a the_o distance_n of_o the_o star_n but_o if_o they_o differ_v both_o in_o longitude_n and_o latitude_n whether_o the_o latitude_n be_v both_o of_o the_o same_o kind_n or_o one_o northern_a and_o the_o other_o southern_a take_v the_o difference_n of_o both_o the_o star_n from_o the_o pole_n of_o the_o ecliptic_a towards_o which_o the_o star_n