NGC 960

Summary

NGC 960 is a low-ionization nuclear emission-line region^[1]. It draws 1 Wikipedia views per month (low_ionization_nuclear_emission_line_region category, ranking #13 of 77).^[2]

Key Facts

• NGC 960 is credited with the discovery of Francis Preserved Leavenworth^[3].
• NGC 960's image is recorded as NGC 0960 SDSS.jpg^[4].
• NGC 960's instance of is recorded as low-ionization nuclear emission-line region^[5].
• NGC 960's instance of is recorded as spiral galaxy^[6].
• NGC 960's constellation is recorded as Cetus^[7].
• NGC 960's galaxy morphological type is recorded as Sb^[8].
• NGC 960's Commons category is recorded as NGC 960^[9].
• NGC 960's catalog code is recorded as 2MASX J02314130-0918010^[10].
• NGC 960's catalog code is recorded as 6dFGS gJ023141.3-091801^[11].
• NGC 960's catalog code is recorded as GSC 05282-01701^[12].
• NGC 960's catalog code is recorded as MCG-02-07-028^[13].
• NGC 960's catalog code is recorded as NGC 960^[14].
• NGC 960's catalog code is recorded as SDSS J023141.34-091801.6^[15].
• NGC 960's catalog code is recorded as SDSS J023141.35-091801.6^[16].
• NGC 960's catalog code is recorded as 2MFGC 1984^[17].
• NGC 960's catalog code is recorded as PGC 9621^[18].
• NGC 960's catalog code is recorded as LEDA 9621^[19].
• NGC 960's time of discovery or invention is recorded as +1886-00-00T00:00:00Z^[20].
• NGC 960's redshift is recorded as {'amount': '+0.01624'}^[21].
• NGC 960's apparent magnitude is recorded as {'amount': '+14.2'}^[22].
• NGC 960's apparent magnitude is recorded as {'amount': '+13.74'}^[23].
• NGC 960's apparent magnitude is recorded as {'amount': '+14'}^[24].
• NGC 960's apparent magnitude is recorded as {'amount': '+11.388'}^[25].
• NGC 960's apparent magnitude is recorded as {'amount': '+10.588'}^[26].
• NGC 960's apparent magnitude is recorded as {'amount': '+10.287'}^[27].

Body

Works and Contributions

NGC 960 is credited with the discovery of Francis Preserved Leavenworth^[3].

Why It Matters

NGC 960 draws 1 Wikipedia views per month (low_ionization_nuclear_emission_line_region category, ranking #13 of 77).^[2] It has Wikipedia articles in 13 language editions, a strong signal of global cultural recognition.^[28]