Uji Akurasi Rasd Al-Qiblat Global Sebagai Metode Penentuan Arah Kiblat
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One of the methods to determine easily and accurately the qibla direction is by using the shadow of thing that leads to qibla direction. This method in Islamic astronomy is called as Raṣd al-Qiblat, and it has two kinds: that is, global and local Raṣd al-Qiblat. The focus in this study is the global Raṣd al-Qiblat. This method is chosen since it does not need the process of counting first, unlike the local Raṣd al-Qiblat. This global Raṣd al-Qiblat happens twice a year, on 28 May at 16:18 WIB and on 16 July at 16:27 WIB. The time taken in this study is on 16 July at 16:27 WIB. The problem raised in this study is how the accuracy of global Raṣd al-Qiblat as a method to determine the qibla direction, and how the limitation of time for the accuracy of this method applied in Indonesia. It can be concluded in this study that first, the global Raṣd al-Qiblat is an accurate method in determining the qibla direction. The Global Raṣd al-Qiblat on 16 July in 2022, 2023, and 2024 at 16:27 WIB with range ± 3 minutes is an accurate time for determining qibla direction. The most accurate time for global Raṣd al-Qiblat on 16 July 2022 for the western region of Indonesia or Java is at 16:25 WIB, on 16 July 2023 is at 16:26 WIB, and on 16 July 2024 is at 16:24 WIB.
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al-Baihaqi, Sunan, al-Maktabah al-Syamilah, juz II.
Azhari, Susiknan, 2008, Ensiklopedi Hisab Rukyat, Yogyakarta: Pustaka Pelajar.
______________, 2007, Ilmu Falak; Perjumpaan Khazanah Islam dan Sains Modern, Yogyakarta: Suara Muhammadiyah.
Departemen Pendidikan dan Kebudayaan, 1994, Kamus Besar Bahasa Indonesia, Balai Pustaka.
DEPAG RI, 1998, Al-qur’an dan Terjemahnya, Semarang : Toha Putra.
Djamaluddin, T., 2005, Menggagas Fiqh Astronomi, Bandung: Kaki Langit.
Hambali, Slamet, Arah Kiblat dalam Perspektif NU, disampaikan pada seminar nasional Menggugat Fatwa MUI nomor 03 tahun 2010 tentang Arah Kiblat, Semarang, 27 Mei 2010.
Izzuddin, Ahmad, 2007, Fiqh Hisab Rukyah; Menyatukan NU dan Muhammadiyah dalam Penentuan awal Ramadhan, Idul Fitri, dan Idul Adha, Jakarta: Erlangga.
Karttunen, H., 1995, Fundamental Astronomy, Helsinki: Tähtitieteellinen yhdistys.
Khazin, Mukhyiddin, t.t, Ilmu Falak dalam Teori dan Praktek: Perhitungan Arah Kiblat, Waktu Shalat, Awal Bulan, dan Gerhana, Yogyakarta: Buana Pustaka.
, 2005, Kamus Ilmu Falak, Yogyakarta: Buana Pustaka.
Khafizd, Ketelitian Penentuan Arah Kiblat, (makalah materi kuliah Astronomi, disampaikan pada tanggal 3 Juli 2010).
Ma’ruf, Djawahir Fahrurazi Bilal, 2010, Sistem Koordinat: Sistem Koordinat Terestrial (Geografik dan Geodetik), Sistem koordinat Langit (Horizon, Sudut Waktu, Asensio Rekta, Ekliptika), Transformasi Koordinat (Jurusan Teknik Geodesi Fakultas Teknik Universitas Gajah Mada.
Moore, Sir Patrick (ed.), 2002, Philip’s Astronomy Encyclopaedia, London.
Majelis Tarjih dan Tajdid PP Muhammadiyah, 2009, Pedoman Hisab Muhammadiyah, Yogyakarta
Maskufa, 2009, Ilmu Falak, Jakarta: Gaung Persada.
Nawawi, Abd. Salam, 2010, Ilmu Falak Cara Praktis Menghitung Waktu Salat Arah Kiblat dan Awal Bulan, Sidoarjo: Aqaba.
Ritonga, Rahman A., dan Zainuddin, 1997, Fiqh Ibadah, Jakarta: Gaya Media Pratama.
Rachim, Abdur, 1983, Ilmu Falak, Yogyakarta: Liberty.
Sabiq, Sayyid, 2006, Fiqhus Sunnah, terj. Nor Hasanuddin, Jakarta: Pena Pundi Aksara.
Sopa AR., 2010, Problematika Arah Kiblat dalam Tinjauan Fiqh, (makalah disampaikan pada Seminar dan Lokakarya Nasional “Problematika Arah Kiblat, Waktu Shalat Shubuh, Urgensi dan Sosialisasi di Pesantren Tebuireng 12-14 Juli.
Tatmainul Qulub, Siti, 2007, Ilmu Falak:Dari Sejarah ke Teori dan Aplikasi, Depok: PT Raja Grafindo Persada.
http://tdjamaluddin.wordpress.com/2010/07/14/problematika-arah-kiblat/
http://www.eramuslim.com/syariah/ilmu-hisab/jarak-di-permukaan-bumi.htm
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