id string | question string | answer string | documents list |
|---|---|---|---|
1086_Nata_23174693 | Summarize the following section from the article on '1086 Nata'. | 1086 Nata, provisional designation, is a carbonaceous Veritasian asteroid from the outer regions of the asteroid belt, approximately 68 kilometers in diameter. It was discovered on 25 August 1927, by Russian astronomers Sergey Belyavsky and Nikolaj Ivanov at the Simeiz Observatory on the Crimean peninsula. The asteroid... | [
"1086 Nata\n\n1086 Nata, provisional designation, is a carbonaceous Veritasian asteroid from the outer regions of the asteroid belt, approximately 68 kilometers in diameter. It was discovered on 25 August 1927, by Russian astronomers Sergey Belyavsky and Nikolaj Ivanov at the Simeiz Observatory on the Crimean penin... |
1086_Nata_23174697 | Reconstruct the content about 'Diameter and albedo' from the article on '1086 Nata'. | According to the surveys carried out by the Spitzer Space Telescope, the Infrared Astronomical Satellite IRAS, the Japanese Akari satellite and the NEOWISE mission of NASA's Wide-field Infrared Survey Explorer, Nata measures between 66.27 and 79.867 kilometers in diameter and its surface has an albedo between 0.04 and ... | [
"1086 Nata\n\n1086 Nata, provisional designation, is a carbonaceous Veritasian asteroid from the outer regions of the asteroid belt, approximately 68 kilometers in diameter. It was discovered on 25 August 1927, by Russian astronomers Sergey Belyavsky and Nikolaj Ivanov at the Simeiz Observatory on the Crimean penin... |
1086_Nata_23174698 | What information does the article about '1086 Nata' provide on 'Naming'? | This minor planet was named in memory of Nadezhda Vasilievna Babushkina (1915–1936), nicknamed "Nata", a Soviet female parachutist who died in an accident at the age of 21. The minor planets and, were named after paratroopers Tamara Ivanova (1912–1936) and Lyuba Berlin (1915–1936), respectively, which died just three m... | [
"1086 Nata\n\n1086 Nata, provisional designation, is a carbonaceous Veritasian asteroid from the outer regions of the asteroid belt, approximately 68 kilometers in diameter. It was discovered on 25 August 1927, by Russian astronomers Sergey Belyavsky and Nikolaj Ivanov at the Simeiz Observatory on the Crimean penin... |
1086_Nata_23174696 | Reconstruct the content about 'Rotation period' from the article on '1086 Nata'. | In November 2011, a rotational lightcurve of Nata was obtained from photometric observations by American astronomer Edwin E. Sheridan at the Crescent Butte Observatory. Lightcurve analysis gave a rotation period of 18.074 hours with a brightness amplitude of 0.17 magnitude (U=2). | [
"1086 Nata\n\n1086 Nata, provisional designation, is a carbonaceous Veritasian asteroid from the outer regions of the asteroid belt, approximately 68 kilometers in diameter. It was discovered on 25 August 1927, by Russian astronomers Sergey Belyavsky and Nikolaj Ivanov at the Simeiz Observatory on the Crimean penin... |
1086_Nata_23174694 | What information does the article about '1086 Nata' provide on 'Orbit and classification'? | Nata is a member of the Veritas family, a young family of carbonaceous asteroids, that formed approximately 8.5 million years ago. The family is named after 490 Veritas and consists of nearly 1,300 members. Nata orbits the Sun in the outer main-belt at a distance of 3.0–3.3 AU once every 5 years and 7 months (2,054 day... | [
"1086 Nata\n\n1086 Nata, provisional designation, is a carbonaceous Veritasian asteroid from the outer regions of the asteroid belt, approximately 68 kilometers in diameter. It was discovered on 25 August 1927, by Russian astronomers Sergey Belyavsky and Nikolaj Ivanov at the Simeiz Observatory on the Crimean penin... |
1086_papal_election_2787960 | Summarize the following section from the article on '1086 papal election'. | The 1086 papal election (held 24 May) ended with the election of Desiderius, abbot of Monte Cassino as Pope Gregory VII's successor after a year-long period of sede vacante. | [
"1086 papal election\n\nThe 1086 papal election (held 24 May) ended with the election of Desiderius, abbot of Monte Cassino as Pope Gregory VII's successor after a year-long period of sede vacante.",
"1086 papal election — Cardinal-priests\n\nin Salerno Based on available data, it can also be inferred that there ... |
1086_papal_election_2787966 | Reconstruct the content about 'Cardinal-priests' from the article on '1086 papal election'. | in Salerno Based on available data, it can also be inferred that there were only ten cardinal-priests in the obedience of Gregory VII, although it is possible that the data are incomplete: Nothing is known of the deacons of the Holy Roman Church participating in this election. It seems that these deacons, obedient to G... | [
"1086 papal election\n\nThe 1086 papal election (held 24 May) ended with the election of Desiderius, abbot of Monte Cassino as Pope Gregory VII's successor after a year-long period of sede vacante.",
"1086 papal election — Cardinal-priests\n\nin Salerno Based on available data, it can also be inferred that there ... |
1086_papal_election_2787968 | From the article on '1086 papal election', restate the 'Election of Victor III' content. | old canon law prohibiting the translation of a bishop from one diocese to another. In this situation, the choice of Desiderius was upheld and he was forced to accept it by force under the name of Victor III. Four days later, the "Gregorian" fled from Rome to Terracina before the imperial prefect of Rome, a supporter of... | [
"1086 papal election\n\nThe 1086 papal election (held 24 May) ended with the election of Desiderius, abbot of Monte Cassino as Pope Gregory VII's successor after a year-long period of sede vacante.",
"1086 papal election — Cardinal-priests\n\nin Salerno Based on available data, it can also be inferred that there ... |
1086_papal_election_2787965 | From the article on '1086 papal election', restate the 'Cardinal-priests' content. | Desiderius, (1059) - Cardinal-priest of Santa Cecilia, abbot of Monte Cassino, vicar of southern Italy ; Benedetto Cao (1073) - Cardinal-Priest of Santa Prassede ; Deusdedit (1078) - Cardinal-priest of San Pietro in Vincoli ; Rainiero (1078) - Cardinal-priest of San Clemente, abbot of the Basilica of Saint Lawrence out... | [
"1086 papal election\n\nThe 1086 papal election (held 24 May) ended with the election of Desiderius, abbot of Monte Cassino as Pope Gregory VII's successor after a year-long period of sede vacante.",
"1086 papal election — Cardinal-priests\n\nin Salerno Based on available data, it can also be inferred that there ... |
1086_papal_election_2787964 | Summarize the 'Cardinal-bishops' part of '1086 papal election'. | Ubaldo (1063) - Cardinal-bishop of Sabina ; Peter Igneus (1072) - Cardinal bishop of Albano ; Giovanni Minuto (1073) - Cardinal-bishop of Tusculum ; Otho de Lagery (1080) - Cardinal-Bishop of Ostia ; Bruno (1079) - Cardinal-bishop of Segni ; John (1085) - Cardinal-bishop of Porto In 1086, in the obedience of Gregory VI... | [
"1086 papal election\n\nThe 1086 papal election (held 24 May) ended with the election of Desiderius, abbot of Monte Cassino as Pope Gregory VII's successor after a year-long period of sede vacante.",
"1086 papal election — Cardinal-priests\n\nin Salerno Based on available data, it can also be inferred that there ... |
1086_papal_election_2787963 | Based on the article about '1086 papal election', describe the 'Cardinal electors' section. | in the circle of advisors for the Holy See. Soon the schismatic clergy who supported the antipope controlled 17 of 28 titular churches in Rome. Even those cardinal-priests who remained loyal to Gregory protested against the cardinal-bishops. A "Gregorian", Cardinal Deusdedit of San Pietro in Vincoli began to distribute... | [
"1086 papal election\n\nThe 1086 papal election (held 24 May) ended with the election of Desiderius, abbot of Monte Cassino as Pope Gregory VII's successor after a year-long period of sede vacante.",
"1086 papal election — Cardinal-priests\n\nin Salerno Based on available data, it can also be inferred that there ... |
1086_papal_election_2787962 | Explain what '1086 papal election' covers in the 'Cardinal electors' section. | The papal bull In nomine Domini of 1059 changed electoral law to permit only the seven cardinal-bishops of the suburbicarian sees to participate in papal elections. Doubts were harboured about the papal bull had been called into question by the cardinals priests who demanded admission to the election. The antagonism be... | [
"1086 papal election\n\nThe 1086 papal election (held 24 May) ended with the election of Desiderius, abbot of Monte Cassino as Pope Gregory VII's successor after a year-long period of sede vacante.",
"1086 papal election — Cardinal-priests\n\nin Salerno Based on available data, it can also be inferred that there ... |
1086_papal_election_2787967 | From the article on '1086 papal election', restate the 'Election of Victor III' content. | After Gregory VII's death, the people expelled Antipope Clement III from Rome allowing for the return of Gregory's supporters. In May 1086, Norman troops arrived in Rome with the "Gregorian" cardinals, who proceeded to begin the papal elections. On 24 May 1086, meeting in the Chiesa di Santa Lucia in Sepitisolio, the c... | [
"1086 papal election\n\nThe 1086 papal election (held 24 May) ended with the election of Desiderius, abbot of Monte Cassino as Pope Gregory VII's successor after a year-long period of sede vacante.",
"1086 papal election — Cardinal-priests\n\nin Salerno Based on available data, it can also be inferred that there ... |
1087_24978637 | Based on the article about '1087', describe the 'England' section. | September 9 – King William I (the Conqueror) dies in Rouen after a fall from his horse. He is succeeded by his third son William II who becomes king of England. ; A fire in London destroys much of the city, including St. Paul's Cathedral. Bishop Maurice starts the rebuilding of a new, much larger cathedral. | [
"1087 — England\n\nSeptember 9 – King William I (the Conqueror) dies in Rouen after a fall from his horse. He is succeeded by his third son William II who becomes king of England. ; A fire in London destroys much of the city, including St. Paul's Cathedral. Bishop Maurice starts the rebuilding of a new, much ... |
1087_24978635 | Summarize the following section from the article on '1087'. | Year 1087 (MLXXXVII) was a common year starting on Friday (link will display the full calendar) of the Julian calendar. | [
"1087 — England\n\nSeptember 9 – King William I (the Conqueror) dies in Rouen after a fall from his horse. He is succeeded by his third son William II who becomes king of England. ; A fire in London destroys much of the city, including St. Paul's Cathedral. Bishop Maurice starts the rebuilding of a new, much ... |
1087_24978638 | What information does the article about '1087' provide on 'Africa'? | Mahdia campaign: The navies of Genoa and Pisa take the capital of the Zirids, and occupy Mahdia for a year. Subsequently, both republics obtain trading privileges. ; Completion of Bab al-Futuh, Cairo | [
"1087 — England\n\nSeptember 9 – King William I (the Conqueror) dies in Rouen after a fall from his horse. He is succeeded by his third son William II who becomes king of England. ; A fire in London destroys much of the city, including St. Paul's Cathedral. Bishop Maurice starts the rebuilding of a new, much ... |
1087_24978641 | Describe the 'Births' section of the article about '1087'. | September 13 – John II Komnenos, Byzantine emperor (d. 1143) ; Ibn Quzman, Andalusian poet and writer (approximate date) ; Reginald III (or Renaud), count of Burgundy (approximate date) ; Theoderich I of Are (or Dietrich), German nobleman (d. 1126) | [
"1087 — England\n\nSeptember 9 – King William I (the Conqueror) dies in Rouen after a fall from his horse. He is succeeded by his third son William II who becomes king of England. ; A fire in London destroys much of the city, including St. Paul's Cathedral. Bishop Maurice starts the rebuilding of a new, much ... |
1087_24978639 | Summarize the 'Japan' part of '1087'. | January 3 – Emperor Shirakawa abdicates in favor of his 7-year-old son Horikawa after a 14-year reign. He exerts his personal power to set the cloistered rule system further in motion. | [
"1087 — England\n\nSeptember 9 – King William I (the Conqueror) dies in Rouen after a fall from his horse. He is succeeded by his third son William II who becomes king of England. ; A fire in London destroys much of the city, including St. Paul's Cathedral. Bishop Maurice starts the rebuilding of a new, much ... |
1087_24978642 | Describe the 'Deaths' section of the article about '1087'. | June 9 – Otto I (the Fair), prince of Olomouc (b. 1045) ; June 27 – Henry I (the Long), margrave of the Nordmark ; September 9 – William I (the Conqueror), king of England ; September 16 – Victor III, pope of the Catholic Church ; September 25 – Simon I, French nobleman (b. 1025) ; Novembe... | [
"1087 — England\n\nSeptember 9 – King William I (the Conqueror) dies in Rouen after a fall from his horse. He is succeeded by his third son William II who becomes king of England. ; A fire in London destroys much of the city, including St. Paul's Cathedral. Bishop Maurice starts the rebuilding of a new, much ... |
1087_Arabis_23174719 | What information does the article about '1087 Arabis' provide on 'Rotation period'? | During the early 1990s, a rotational lightcurve was obtained in a photometric survey of small asteroids by European astronomers at the Chilean La Silla Observatory using the ESO 1-metre telescope. In November 2006, another lightcurve of Arabis was obtained by astronomers at the Oakley Observatory in Indiana, United Sta... | [
"1087 Arabis — Rotation period\n\nDuring the early 1990s, a rotational lightcurve was obtained in a photometric survey of small asteroids by European astronomers at the Chilean La Silla Observatory using the ESO 1-metre telescope. In November 2006, another lightcurve of Arabis was obtained by astronomers at the Oak... |
1087_Arabis_23174717 | Reconstruct the content about 'Orbit and classification' from the article on '1087 Arabis'. | Arabis is a member the Eos family (606), the largest asteroid family in the outer main belt consisting of nearly 10,000 known asteroids. It orbits the Sun at a distance of 2.7–3.3 AU once every 5 years and 3 months (1,911 days). Its orbit has an eccentricity of 0.09 and an inclination of 10° with respect to the eclipti... | [
"1087 Arabis — Rotation period\n\nDuring the early 1990s, a rotational lightcurve was obtained in a photometric survey of small asteroids by European astronomers at the Chilean La Silla Observatory using the ESO 1-metre telescope. In November 2006, another lightcurve of Arabis was obtained by astronomers at the Oak... |
1087_Arabis_23174722 | Describe the 'Naming' section of the article about '1087 Arabis'. | This minor planet was named after the flowering plant Arabis (rockcress), a genus of herbs of the brassicaceae (known as the mustards, the crucifers, or the cabbage family). The official naming citation was mentioned in The Names of the Minor Planets by Paul Herget in 1955 (H 102). | [
"1087 Arabis — Rotation period\n\nDuring the early 1990s, a rotational lightcurve was obtained in a photometric survey of small asteroids by European astronomers at the Chilean La Silla Observatory using the ESO 1-metre telescope. In November 2006, another lightcurve of Arabis was obtained by astronomers at the Oak... |
1087_Arabis_23174720 | Reconstruct the content about 'Spin axis' from the article on '1087 Arabis'. | Between 2011 and 2017, an international collaboration modeled three lightcurves with a period of 5.794995, 5.79500 and 5.79501 hours, respectively. The more recent studies also determined two spin axis of (155.0°, 25.0°) and (331.0°, 5.0°) in ecliptic coordinates (λ, β). | [
"1087 Arabis — Rotation period\n\nDuring the early 1990s, a rotational lightcurve was obtained in a photometric survey of small asteroids by European astronomers at the Chilean La Silla Observatory using the ESO 1-metre telescope. In November 2006, another lightcurve of Arabis was obtained by astronomers at the Oak... |
1087_Arabis_23174715 | What information does the article about '1087 Arabis' provide? | 1087 Arabis is a stony Eoan asteroid from the outer regions of the asteroid belt, approximately 35 kilometers in diameter. It was iscovered by Karl Reinmuth at the Heidelberg Observatory in 1927 and assigned the provisional designation. The asteroid was named after the flowering plant Arabis (rockcress). | [
"1087 Arabis — Rotation period\n\nDuring the early 1990s, a rotational lightcurve was obtained in a photometric survey of small asteroids by European astronomers at the Chilean La Silla Observatory using the ESO 1-metre telescope. In November 2006, another lightcurve of Arabis was obtained by astronomers at the Oak... |
1087_Arabis_23174716 | Reconstruct the content about 'Discovery' from the article on '1087 Arabis'. | Arabis was officially discovered on 2 September 1927, by German astronomer Karl Reinmuth at the Heidelberg-Königstuhl State Observatory in southwest Germany. On the same night, it was independently discovered by Soviet-Russian astronomers Sergey Belyavsky and Nikolaj Ivanov at the Simeiz Observatory on the Crimean peni... | [
"1087 Arabis — Rotation period\n\nDuring the early 1990s, a rotational lightcurve was obtained in a photometric survey of small asteroids by European astronomers at the Chilean La Silla Observatory using the ESO 1-metre telescope. In November 2006, another lightcurve of Arabis was obtained by astronomers at the Oak... |
1087_Arabis_23174721 | From the article on '1087 Arabis', restate the 'Diameter and albedo' content. | According to the surveys carried out by the Infrared Astronomical Satellite IRAS, the Japanese Akari satellite and the NEOWISE mission of NASA's Wide-field Infrared Survey Explorer, Arabis measures between 31.75 and 47.98 kilometers in diameter and its surface has an albedo between 0.098 and 0.2248. The Collaborative A... | [
"1087 Arabis — Rotation period\n\nDuring the early 1990s, a rotational lightcurve was obtained in a photometric survey of small asteroids by European astronomers at the Chilean La Silla Observatory using the ESO 1-metre telescope. In November 2006, another lightcurve of Arabis was obtained by astronomers at the Oak... |
1088_25490148 | Based on the article about '1088', describe the 'Europe' section. | Almoravid forces (supported with fighters from local Andalusian provinces), under Sultan Yusuf ibn Tashfin, besiege Aledo, but are forced to retreat, by the arrival of Spanish troops of King Alfonso VI (the Brave) of Castile. ; Catalonian troops, under Count Berenguer Ramon II, reconquer Tarragona (lost again in 1108).... | [
"1088 — Europe\n\nAlmoravid forces (supported with fighters from local Andalusian provinces), under Sultan Yusuf ibn Tashfin, besiege Aledo, but are forced to retreat, by the arrival of Spanish troops of King Alfonso VI (the Brave) of Castile. ; Catalonian troops, under Count Berenguer Ramon II, reconquer Tarragona... |
1088_25490147 | Describe the content of the article about '1088'. | Year 1088 (MLXXXVIII) was a leap year starting on Saturday (link will display the full calendar) of the Julian calendar. | [
"1088 — Europe\n\nAlmoravid forces (supported with fighters from local Andalusian provinces), under Sultan Yusuf ibn Tashfin, besiege Aledo, but are forced to retreat, by the arrival of Spanish troops of King Alfonso VI (the Brave) of Castile. ; Catalonian troops, under Count Berenguer Ramon II, reconquer Tarragona... |
1088_25490154 | Describe the 'Geology' section of the article about '1088'. | April 16 – The 6.5 Tmogvi earthquake affects the southern provinces of Georgia, which causes the destruction of the castle of Tmogvi and many deaths. | [
"1088 — Europe\n\nAlmoravid forces (supported with fighters from local Andalusian provinces), under Sultan Yusuf ibn Tashfin, besiege Aledo, but are forced to retreat, by the arrival of Spanish troops of King Alfonso VI (the Brave) of Castile. ; Catalonian troops, under Count Berenguer Ramon II, reconquer Tarragona... |
1088_25490152 | Describe the 'Arts and Culture' section of the article about '1088'. | The Dream Pool Essays is published by the Chinese polymath scientist and statesman Shen Kuo. His book represents the earliest known writing about the magnetic compass, movable type printing, experimentation with the camera obscura only decades after Hasan ibn al-Haytham, which includes many different fields of study in... | [
"1088 — Europe\n\nAlmoravid forces (supported with fighters from local Andalusian provinces), under Sultan Yusuf ibn Tashfin, besiege Aledo, but are forced to retreat, by the arrival of Spanish troops of King Alfonso VI (the Brave) of Castile. ; Catalonian troops, under Count Berenguer Ramon II, reconquer Tarragona... |
1088_25490157 | Reconstruct the content about 'Deaths' from the article on '1088'. | January 6 – Berengar of Tours, French theologian ; April 7 – Burchard II (or Bucco), German bishop ; June 15 – Gebhard of Salzburg, German archbishop ; June 24 – William de Warenne, Norman nobleman ; July 27 – Benno II, German bishop and architect ; September 25 – Godfrey, bishop of ... | [
"1088 — Europe\n\nAlmoravid forces (supported with fighters from local Andalusian provinces), under Sultan Yusuf ibn Tashfin, besiege Aledo, but are forced to retreat, by the arrival of Spanish troops of King Alfonso VI (the Brave) of Castile. ; Catalonian troops, under Count Berenguer Ramon II, reconquer Tarragona... |
1088_25490156 | Describe the 'Births' section of the article about '1088'. | July 24 – Ibn al-Arif, Moorish Sufi scholar and writer (d. 1141) ; Bermudo Pérez de Traba, Spanish nobleman (d. 1168) ; Hemachandra, Indian Jain poet and polymath (d. 1173) ; Irene of Hungary, Byzantine empress consort (d. 1134) ; John IV, Byzantine prince and archbishop (approximate date) ; Lucienne de Rochefort... | [
"1088 — Europe\n\nAlmoravid forces (supported with fighters from local Andalusian provinces), under Sultan Yusuf ibn Tashfin, besiege Aledo, but are forced to retreat, by the arrival of Spanish troops of King Alfonso VI (the Brave) of Castile. ; Catalonian troops, under Count Berenguer Ramon II, reconquer Tarragona... |
1088_25490155 | What does the article about '1088' say regarding 'Religion'? | March 12 – Pope Urban II (or Urbanus) succeeds Victor III as the 159th pope of the Catholic Church in Rome. | [
"1088 — Europe\n\nAlmoravid forces (supported with fighters from local Andalusian provinces), under Sultan Yusuf ibn Tashfin, besiege Aledo, but are forced to retreat, by the arrival of Spanish troops of King Alfonso VI (the Brave) of Castile. ; Catalonian troops, under Count Berenguer Ramon II, reconquer Tarragona... |
1088_Mitaka_23174765 | Explain what '1088 Mitaka' covers in the 'Orbit and classification' section. | Mitaka is a non-family asteroid of the main belt's background population when applying the hierarchical clustering method to its proper orbital elements. It orbits the Sun in the inner asteroid belt at a distance of 1.8–2.6 AU once every 3 years and 3 months (1,194 days). Its orbit has an eccentricity of 0.20 and an in... | [
"1088 Mitaka — Orbit and classification\n\nMitaka is a non-family asteroid of the main belt's background population when applying the hierarchical clustering method to its proper orbital elements. It orbits the Sun in the inner asteroid belt at a distance of 1.8–2.6 AU once every 3 years and 3 months (1,194 days). ... |
1088_Mitaka_23174764 | Reconstruct the content from the article about '1088 Mitaka'. | 1088 Mitaka (prov. designation: ) is a bright background asteroid from the inner regions of the asteroid belt. It was discovered on 17 November 1927, by Japanese astronomer Okuro Oikawa at the old Tokyo Astronomical Observatory in Japan. The stony S-type asteroid has a notably short rotation period of 3.0 hours and mea... | [
"1088 Mitaka — Orbit and classification\n\nMitaka is a non-family asteroid of the main belt's background population when applying the hierarchical clustering method to its proper orbital elements. It orbits the Sun in the inner asteroid belt at a distance of 1.8–2.6 AU once every 3 years and 3 months (1,194 days). ... |
1088_Mitaka_23174769 | What information does the article about '1088 Mitaka' provide on 'Diameter and albedo'? | According to the surveys carried out by the Japanese Akari satellite and the NEOWISE mission of NASA's Wide-field Infrared Survey Explorer, Mitaka measures between 11.33 and 16.016 kilometers in diameter and its surface has an albedo between 0.1549 and 0.37. The Collaborative Asteroid Lightcurve Link adopts Petr Pravec... | [
"1088 Mitaka — Orbit and classification\n\nMitaka is a non-family asteroid of the main belt's background population when applying the hierarchical clustering method to its proper orbital elements. It orbits the Sun in the inner asteroid belt at a distance of 1.8–2.6 AU once every 3 years and 3 months (1,194 days). ... |
1088_Mitaka_23174766 | From the article on '1088 Mitaka', restate the 'Naming' content. | This minor planet was named after the Japanese village of Mitaka, where the discovering Tokyo Astronomical Observatory was located. Nowadays the city of Mitaka hosts the headquarters of the National Astronomical Observatory of Japan with the Tokyo Photoelectric Meridian Circle, public relation and data centers, and sev... | [
"1088 Mitaka — Orbit and classification\n\nMitaka is a non-family asteroid of the main belt's background population when applying the hierarchical clustering method to its proper orbital elements. It orbits the Sun in the inner asteroid belt at a distance of 1.8–2.6 AU once every 3 years and 3 months (1,194 days). ... |
1088_papal_election_2443957 | Reconstruct the content about 'Background' from the article on '1088 papal election'. | Pope Victor III died on 16 September 1087 at Montecassino. Shortly before his death he recommended the election of Cardinal Odon de Lagery as his successor. For six months, the Obedience of Victor III was without a pope. Rome at that time was under control of Antipope Clement III, who was supported by the Emperor Henry... | [
"1088 papal election — Other electors\n\nTwo Cardinals of non-episcopal rank, one Cardinal-Priest and one Cardinal Deacon assisted at the election:",
"1088 papal election — Background\n\nPope Victor III died on 16 September 1087 at Montecassino. Shortly before his death he recommended the election of Cardinal Odo... |
1088_papal_election_2443959 | Summarize the 'Election' part of '1088 papal election'. | The usual three days of fasting and prayer were proclaimed, and the meeting adjourned until Sunday 12 March. On that day the cardinals and the rest of the present churchmen and laymen reassembled in the same church. The bishops of Albano, Tusculum and Porto together proposed the election of Odon de Lagery (Odo de Châti... | [
"1088 papal election — Other electors\n\nTwo Cardinals of non-episcopal rank, one Cardinal-Priest and one Cardinal Deacon assisted at the election:",
"1088 papal election — Background\n\nPope Victor III died on 16 September 1087 at Montecassino. Shortly before his death he recommended the election of Cardinal Odo... |
1088_papal_election_2443958 | Based on the article about '1088 papal election', describe the 'Background' section. | electoral assembly in the cathedral of SS. Pietro e Cesareo the representatives of the two other orders of cardinals, more than 40 bishops and abbots, as well as Benedetto, prefect of Rome and Countess Matilda of Tuscany. Bishop Joannes of Tusculum arose in the midst of the crowded church, and addressed those assembled... | [
"1088 papal election — Other electors\n\nTwo Cardinals of non-episcopal rank, one Cardinal-Priest and one Cardinal Deacon assisted at the election:",
"1088 papal election — Background\n\nPope Victor III died on 16 September 1087 at Montecassino. Shortly before his death he recommended the election of Cardinal Odo... |
1088_papal_election_2443956 | Reconstruct the content from the article about '1088 papal election'. | A papal election subsequent to the death of Pope Victor III in 1087 was held on 12 March 1088. Six cardinal-bishops, assisted by two lower-ranking cardinals, elected Cardinal-Bishop of Ostia Odon de Lagery as the new Pope. He assumed the name Urban II. | [
"1088 papal election — Other electors\n\nTwo Cardinals of non-episcopal rank, one Cardinal-Priest and one Cardinal Deacon assisted at the election:",
"1088 papal election — Background\n\nPope Victor III died on 16 September 1087 at Montecassino. Shortly before his death he recommended the election of Cardinal Odo... |
1089_27655463 | Summarize the 'Europe' part of '1089'. | King Demetrius Zvonimir of Croatia dies after a 12-year reign, and is succeeded by Stephen II. Zvonimir's widow, Queen Helena plots the inheritance of the Croatian crown for her brother, King Ladislaus I of Hungary. ; June 24 – Viscount Gaston IV of Béarn (supported by French crusaders) reconquers the Aragonese c... | [
"1089 — Europe\n\nKing Demetrius Zvonimir of Croatia dies after a 12-year reign, and is succeeded by Stephen II. Zvonimir's widow, Queen Helena plots the inheritance of the Croatian crown for her brother, King Ladislaus I of Hungary. ; June 24 – Viscount Gaston IV of Béarn (supported by French crusaders) reco... |
1089_27655462 | What information does the article about '1089' provide? | Year 1089 (MLXXXIX) was a common year starting on Monday (link will display the full calendar) of the Julian calendar. | [
"1089 — Europe\n\nKing Demetrius Zvonimir of Croatia dies after a 12-year reign, and is succeeded by Stephen II. Zvonimir's widow, Queen Helena plots the inheritance of the Croatian crown for her brother, King Ladislaus I of Hungary. ; June 24 – Viscount Gaston IV of Béarn (supported by French crusaders) reco... |
1089_27655464 | Explain what '1089' covers in the 'England' section. | Northumbria is divided by King William II into the counties of Northumberland, County Palatine of Durham, Yorkshire, Westmorland and Lancashire. ; August 11 – A powerful earthquake is recorded in England. | [
"1089 — Europe\n\nKing Demetrius Zvonimir of Croatia dies after a 12-year reign, and is succeeded by Stephen II. Zvonimir's widow, Queen Helena plots the inheritance of the Croatian crown for her brother, King Ladislaus I of Hungary. ; June 24 – Viscount Gaston IV of Béarn (supported by French crusaders) reco... |
1089_27655465 | Reconstruct the content about 'Religion' from the article on '1089'. | March 21 – Cîteaux Abbey, the first Cistercian monastery, is established by a group of French monks under Robert of Molesme in southern France. ; September – The Synod of Melfi, led by Pope Urban II (his first papal council), issues decrees against simony and clerical marriage. ; September – A church ... | [
"1089 — Europe\n\nKing Demetrius Zvonimir of Croatia dies after a 12-year reign, and is succeeded by Stephen II. Zvonimir's widow, Queen Helena plots the inheritance of the Croatian crown for her brother, King Ladislaus I of Hungary. ; June 24 – Viscount Gaston IV of Béarn (supported by French crusaders) reco... |
1089_27655466 | Summarize the 'Births' part of '1089'. | Abraham ibn Ezra, Jewish rabbi and philosopher (d. 1167) ; Berthold of Zwiefalten, German abbot and writer (d. 1169) ; Dahui Zonggao, Chinese Zen Buddhist monk (d. 1163) ; Han Shizhong, Chinese general (Song Dynasty) (d. 1151) ; Mahsati, Persian female poet and writer (approximate date) ; Richard de Luci, Norman High S... | [
"1089 — Europe\n\nKing Demetrius Zvonimir of Croatia dies after a 12-year reign, and is succeeded by Stephen II. Zvonimir's widow, Queen Helena plots the inheritance of the Croatian crown for her brother, King Ladislaus I of Hungary. ; June 24 – Viscount Gaston IV of Béarn (supported by French crusaders) reco... |
1089_(number)_28786882 | What information does the article about '1089 (number)' provide on 'Other properties'? | 1 × 1089 = 1089 ↔ 9 × 1089 = 9801 ; 2 × 1089 = 2178 ↔ 8 × 1089 = 8712 ; 3 × 1089 = 3267 ↔ 7 × 1089 = 7623 ; 4 × 1089 = 4356 ↔ 6 × 1089 = 6534 ; 5 × 1089 = 5445 ↔ 5 × 1089 = 5445 1 × 1089 = 1089 ; 2 × 1089 = 2178 ; 3 × 1089 = 3267 ; 4 × 1089 = 4356 ; 5 × 1089 = 5445 ; 6 × 1089 = 6534 ; 7 × 1089 = 7623 ; 8 × 1089 = 8712 ... | [
"1089 (number) — Other properties\n\n1 × 1089 = 1089 ↔ 9 × 1089 = 9801 ; 2 × 1089 = 2178 ↔ 8 × 1089 = 8712 ; 3 × 1089 = 3267 ↔ 7 × 1089 = 7623 ; 4 × 1089 = 4356 ↔ 6 × 1089 = 6534 ; 5 × 1089 = 5445 ↔ 5 × 1089 = 5445 1 × 1089 = 1089 ; 2 × 1089 = 2178 ; 3 × 1089 = 3267 ; 4 × 1089 = 4356 ; 5 × 1089 = 5445 ; 6 × 1089 = ... |
1089_(number)_28786877 | Based on the article about '1089 (number)', describe the 'In magic' section. | 1) Take any three-digit number where the first and last digits differ by more than 1. 201 − 102 = 99 ; 99 + 99 ≠ 1089 201 − 102 = 099 ; 099 + 990 = 1089 1) Reverse the digits, and subtract the smaller from the larger one. ; 2) Add to this result the number produced by reversing its digits. 732 − 237 = 495 ; 495 + 594 ... | [
"1089 (number) — Other properties\n\n1 × 1089 = 1089 ↔ 9 × 1089 = 9801 ; 2 × 1089 = 2178 ↔ 8 × 1089 = 8712 ; 3 × 1089 = 3267 ↔ 7 × 1089 = 7623 ; 4 × 1089 = 4356 ↔ 6 × 1089 = 6534 ; 5 × 1089 = 5445 ↔ 5 × 1089 = 5445 1 × 1089 = 1089 ; 2 × 1089 = 2178 ; 3 × 1089 = 3267 ; 4 × 1089 = 4356 ; 5 × 1089 = 5445 ; 6 × 1089 = ... |
1089_(number)_28786881 | What information does the article about '1089 (number)' provide on 'Explanation'? | is 9 and the third is 10 − (A − C). As 2 ≤ A − C ≤ 9, both the first and third digits are guaranteed to be single digits.) Its reversal is 100 × [10 − (A − C)] + 10 × 9 + 1 × [(A − C) − 1]. The sum is thus 101 × [(A − C) − 1] + 20 × 9 + 101 × [10 − (A − C)] = 101 × [(A − C) − 1 + 10 − (A − C)] + 20 × 9 = 101 × [−1 + 10... | [
"1089 (number) — Other properties\n\n1 × 1089 = 1089 ↔ 9 × 1089 = 9801 ; 2 × 1089 = 2178 ↔ 8 × 1089 = 8712 ; 3 × 1089 = 3267 ↔ 7 × 1089 = 7623 ; 4 × 1089 = 4356 ↔ 6 × 1089 = 6534 ; 5 × 1089 = 5445 ↔ 5 × 1089 = 5445 1 × 1089 = 1089 ; 2 × 1089 = 2178 ; 3 × 1089 = 3267 ; 4 × 1089 = 4356 ; 5 × 1089 = 5445 ; 6 × 1089 = ... |
1089_(number)_28786876 | Describe the content of the article about '1089 (number)'. | 1089 is the integer after 1088 and before 1090. It is a square number (33 squared), a nonagonal number, a 32-gonal number, a 364-gonal number, and a centered octagonal number. 1089 is the first reverse-divisible number. The next is 2178 (= 1089 × 2 = 8712/4), and they are the only four-digit numbers that divide their r... | [
"1089 (number) — Other properties\n\n1 × 1089 = 1089 ↔ 9 × 1089 = 9801 ; 2 × 1089 = 2178 ↔ 8 × 1089 = 8712 ; 3 × 1089 = 3267 ↔ 7 × 1089 = 7623 ; 4 × 1089 = 4356 ↔ 6 × 1089 = 6534 ; 5 × 1089 = 5445 ↔ 5 × 1089 = 5445 1 × 1089 = 1089 ; 2 × 1089 = 2178 ; 3 × 1089 = 3267 ; 4 × 1089 = 4356 ; 5 × 1089 = 5445 ; 6 × 1089 = ... |
1089_(number)_28786878 | What does the article about '1089 (number)' say regarding 'In magic'? | one variation of the book test starts by having the spectator choose any two suitable numbers and then apply some basic math to produce a single four-digit number. That number is always 1089. The spectator is then asked to turn to page 108 of a book and read the 9th word, which the magician has memorized. To the audien... | [
"1089 (number) — Other properties\n\n1 × 1089 = 1089 ↔ 9 × 1089 = 9801 ; 2 × 1089 = 2178 ↔ 8 × 1089 = 8712 ; 3 × 1089 = 3267 ↔ 7 × 1089 = 7623 ; 4 × 1089 = 4356 ↔ 6 × 1089 = 6534 ; 5 × 1089 = 5445 ↔ 5 × 1089 = 5445 1 × 1089 = 1089 ; 2 × 1089 = 2178 ; 3 × 1089 = 3267 ; 4 × 1089 = 4356 ; 5 × 1089 = 5445 ; 6 × 1089 = ... |
1089_(number)_28786883 | Reconstruct the content about 'Extragalactic astronomy' from the article on '1089 (number)'. | The numerical value of the cosmic microwave background radiation redshift is about z = 1089 (z = 0 corresponds to present time) | [
"1089 (number) — Other properties\n\n1 × 1089 = 1089 ↔ 9 × 1089 = 9801 ; 2 × 1089 = 2178 ↔ 8 × 1089 = 8712 ; 3 × 1089 = 3267 ↔ 7 × 1089 = 7623 ; 4 × 1089 = 4356 ↔ 6 × 1089 = 6534 ; 5 × 1089 = 5445 ↔ 5 × 1089 = 5445 1 × 1089 = 1089 ; 2 × 1089 = 2178 ; 3 × 1089 = 3267 ; 4 × 1089 = 4356 ; 5 × 1089 = 5445 ; 6 × 1089 = ... |
1089_(number)_28786879 | Describe the 'Explanation' section of the article about '1089 (number)'. | The spectator's 3-digit number can be written as 100 × A + 10 × B + 1 × C, and its reversal as 100 × C + 10 × B + 1 × A, where 1 ≤ A ≤ 9, 0 ≤ B ≤ 9 and 1 ≤ C ≤ 9. Their difference is 99 × (A − C) (For convenience, we assume A > C; if A < C, we first swap A and C.). Note that if A − C is 0, the difference is 0, an... | [
"1089 (number) — Other properties\n\n1 × 1089 = 1089 ↔ 9 × 1089 = 9801 ; 2 × 1089 = 2178 ↔ 8 × 1089 = 8712 ; 3 × 1089 = 3267 ↔ 7 × 1089 = 7623 ; 4 × 1089 = 4356 ↔ 6 × 1089 = 6534 ; 5 × 1089 = 5445 ↔ 5 × 1089 = 5445 1 × 1089 = 1089 ; 2 × 1089 = 2178 ; 3 × 1089 = 3267 ; 4 × 1089 = 4356 ; 5 × 1089 = 5445 ; 6 × 1089 = ... |
1089_(number)_28786880 | What does the article about '1089 (number)' say regarding 'Explanation'? | the difference is 99. Using a leading 0 gives us a 3-digit number for the next step. 99 × (A − C) can also be written as 99 × [(A − C) − 1] + 99 = 100 × [(A − C) − 1] − 1 × [(A − C) − 1] + 90 + 9 = 100 × [(A − C) − 1] + 90 + 9 − (A − C) + 1 = 100 × [(A − C) − 1] + 10 × 9 + 1 × [10 − (A − C)]. (The first digit is (A − C... | [
"1089 (number) — Other properties\n\n1 × 1089 = 1089 ↔ 9 × 1089 = 9801 ; 2 × 1089 = 2178 ↔ 8 × 1089 = 8712 ; 3 × 1089 = 3267 ↔ 7 × 1089 = 7623 ; 4 × 1089 = 4356 ↔ 6 × 1089 = 6534 ; 5 × 1089 = 5445 ↔ 5 × 1089 = 5445 1 × 1089 = 1089 ; 2 × 1089 = 2178 ; 3 × 1089 = 3267 ; 4 × 1089 = 4356 ; 5 × 1089 = 5445 ; 6 × 1089 = ... |
1089_Tama_906696 | Summarize the 'Spin axis' part of '1089 Tama'. | Tamas lightcurve has also been modeled. In 2013, modelling by an international study using photometric data from the US Naval Observatory, the Uppsala Asteroid Photometric Catalogue (UAPC) and the Palmer Divide Observatory, gave a concurring rotation period of 16.4655 hours. Another modeled lightcurve using data from U... | [
"1089 Tama — Spin axis\n\nTamas lightcurve has also been modeled. In 2013, modelling by an international study using photometric data from the US Naval Observatory, the Uppsala Asteroid Photometric Catalogue (UAPC) and the Palmer Divide Observatory, gave a concurring rotation period of 16.4655 hours. Another modele... |
1089_Tama_906695 | From the article on '1089 Tama', restate the 'Satellite' content. | In 2004, it was announced that Tama has a minor-planet moon, provisionally designated. The satellite was identified based on lightcurve observations with mutual occultation and eclipsing events from 24 December 2003 to 5 January 2004 by Raoul Behrend, René Roy, Claudine Rinner, Pierre Antonini, Petr Pravec, Alan Harris... | [
"1089 Tama — Spin axis\n\nTamas lightcurve has also been modeled. In 2013, modelling by an international study using photometric data from the US Naval Observatory, the Uppsala Asteroid Photometric Catalogue (UAPC) and the Palmer Divide Observatory, gave a concurring rotation period of 16.4655 hours. Another modele... |
1089_Tama_906697 | What information does the article about '1089 Tama' provide on 'Naming'? | This minor planet was named after Tama River near the discovering Tokyo Astronomical Observatory (389) in Japan. The official naming citation was mentioned in The Names of the Minor Planets by Paul Herget in 1955 (H 103). | [
"1089 Tama — Spin axis\n\nTamas lightcurve has also been modeled. In 2013, modelling by an international study using photometric data from the US Naval Observatory, the Uppsala Asteroid Photometric Catalogue (UAPC) and the Palmer Divide Observatory, gave a concurring rotation period of 16.4655 hours. Another modele... |
1089_Tama_906694 | What does the article about '1089 Tama' say regarding 'Diameter and albedo'? | According to the surveys carried out by the Infrared Astronomical Satellite IRAS, the Japanese Akari satellite, the Spitzer Space Telescope and the NEOWISE mission of the Wide-field Infrared Survey Explorer, Tama measures between 11.33 and 13.32 kilometers in diameter and its surface has an albedo between 0.216 and 0.3... | [
"1089 Tama — Spin axis\n\nTamas lightcurve has also been modeled. In 2013, modelling by an international study using photometric data from the US Naval Observatory, the Uppsala Asteroid Photometric Catalogue (UAPC) and the Palmer Divide Observatory, gave a concurring rotation period of 16.4655 hours. Another modele... |
1089_Tama_906690 | Describe the content of the article about '1089 Tama'. | 1089 Tama, provisional designation, is an elongated Florian asteroid and synchronous binary system from the inner regions of the asteroid belt, approximately 12 kilometers in diameter. It was discovered by Japanese astronomer Okuro Oikawa at the old Tokyo Astronomical Observatory (389) on 17 November 1927. The asteroid... | [
"1089 Tama — Spin axis\n\nTamas lightcurve has also been modeled. In 2013, modelling by an international study using photometric data from the US Naval Observatory, the Uppsala Asteroid Photometric Catalogue (UAPC) and the Palmer Divide Observatory, gave a concurring rotation period of 16.4655 hours. Another modele... |
1089_Tama_906693 | From the article on '1089 Tama', restate the 'Rotation period' content. | A large number of rotational lightcurves of Tama were obtained from photometric observations since it has been identified as a binary asteroid (see below). Lightcurve analysis gave a rotation period between 16.4 and 16.464 hours with a brightness variation between 0.08 and 0.41 magnitude (U=2-/2-3-/3), superseding a pe... | [
"1089 Tama — Spin axis\n\nTamas lightcurve has also been modeled. In 2013, modelling by an international study using photometric data from the US Naval Observatory, the Uppsala Asteroid Photometric Catalogue (UAPC) and the Palmer Divide Observatory, gave a concurring rotation period of 16.4655 hours. Another modele... |
1089_Tama_906691 | Summarize the 'Orbit and classification' part of '1089 Tama'. | Tama is a member of the Flora family (402), a giant asteroid family and the largest family of stony asteroids in the main-belt. It is, however, a non-family asteroid from the main belt's background population when applying the Hierarchical Clustering Method to its proper orbital elements. The asteroid orbits the Sun in... | [
"1089 Tama — Spin axis\n\nTamas lightcurve has also been modeled. In 2013, modelling by an international study using photometric data from the US Naval Observatory, the Uppsala Asteroid Photometric Catalogue (UAPC) and the Palmer Divide Observatory, gave a concurring rotation period of 16.4655 hours. Another modele... |
108:_Kaiba_Gorō_no_Fukushū_to_Bōken_23821821 | Reconstruct the content from the article about '108: Kaiba Gorō no Fukushū to Bōken'. | is a 2019 Japanese dark comedy film written, directed by, and starring Suzuki Matsuo, based on his 2018 novel 108. The film also stars Miho Nakayama, Shunsuke Daitō, Shori Doi, Louis Kurihara, and LiLiCo. | [
"108: Kaiba Gorō no Fukushū to Bōken — Release\n\nThe film was released in Japan by on October 25, 2019.",
"108: Kaiba Gorō no Fukushū to Bōken\n\nis a 2019 Japanese dark comedy film written, directed by, and starring Suzuki Matsuo, based on his 2018 novel 108. The film also stars Miho Nakayama, Shunsuke Daitō, S... |
108:_Kaiba_Gorō_no_Fukushū_to_Bōken_23821823 | Reconstruct the content about 'Cast' from the article on '108: Kaiba Gorō no Fukushū to Bōken'. | Suzuki Matsuo as Gorō Kaiba ; Miho Nakayama as Ayako Kaiba ; Shunsuke Daitō as Seiya ; Shori Doi as Azusa ; Louis Kurihara as Michio ; LiLiCo as Adrianne ; Seizō Fukumoto ; Naoki Inui as Doctor Snake ; Miwako Shishido as Sumire Horikiri ; Mayu Hotta as Mizuki Arai ; Seminosuke Murasugi ; Shūji Okui ; Hideto Iwai as Ito... | [
"108: Kaiba Gorō no Fukushū to Bōken — Release\n\nThe film was released in Japan by on October 25, 2019.",
"108: Kaiba Gorō no Fukushū to Bōken\n\nis a 2019 Japanese dark comedy film written, directed by, and starring Suzuki Matsuo, based on his 2018 novel 108. The film also stars Miho Nakayama, Shunsuke Daitō, S... |
108:_Kaiba_Gorō_no_Fukushū_to_Bōken_23821822 | What does the article about '108: Kaiba Gorō no Fukushū to Bōken' say regarding 'Synopsis'? | Screenwriter Gorō Kaiba discovers a Facebook post revealing that his wife, former actress Ayako, is having an extramarital affair. Furthermore, he notices that the post has 108 likes. Gorō can easily divorce Ayako, but he would end up paying her half of his assets, which total an estimated 10 million yen. Instead, he u... | [
"108: Kaiba Gorō no Fukushū to Bōken — Release\n\nThe film was released in Japan by on October 25, 2019.",
"108: Kaiba Gorō no Fukushū to Bōken\n\nis a 2019 Japanese dark comedy film written, directed by, and starring Suzuki Matsuo, based on his 2018 novel 108. The film also stars Miho Nakayama, Shunsuke Daitō, S... |
108th_(Madras_Infantry)_Regiment_of_Foot_2177697 | Explain what '108th (Madras Infantry) Regiment of Foot' covers in the 'British Army' section. | After the Crown took control of the Presidency armies in the aftermath of the Indian Rebellion, the regiment became the 3rd Madras Infantry in November 1859. It was then renumbered as the 108th Regiment of Foot (Madras Infantry) on transfer to the British Army in September 1862. It embarked for England in 1876. As part... | [
"108th (Madras Infantry) Regiment of Foot — British Army\n\nAfter the Crown took control of the Presidency armies in the aftermath of the Indian Rebellion, the regiment became the 3rd Madras Infantry in November 1859. It was then renumbered as the 108th Regiment of Foot (Madras Infantry) on transfer to the British ... |
108th_(Madras_Infantry)_Regiment_of_Foot_2177695 | Reconstruct the content from the article about '108th (Madras Infantry) Regiment of Foot'. | The 108th Regiment of Foot (Madras Infantry) was an infantry regiment of the British Army. However, it was raised initially as part of the Madras Army, by the East India Company (EIC) in 1766. In the aftermath of the Indian Rebellion (1857), the British government took control of the Presidency Armies and the 108th bec... | [
"108th (Madras Infantry) Regiment of Foot — British Army\n\nAfter the Crown took control of the Presidency armies in the aftermath of the Indian Rebellion, the regiment became the 3rd Madras Infantry in November 1859. It was then renumbered as the 108th Regiment of Foot (Madras Infantry) on transfer to the British ... |
108th_(Madras_Infantry)_Regiment_of_Foot_2177696 | Describe the 'East India Company' section of the article about '108th (Madras Infantry) Regiment of Foot'. | The regiment as first raised by the East India Company as the 3rd Madras European Regiment, when it was formed from the 1st Madras Europeans in 1766. It served in India until 1774, when it was absorbed by the 1st and 2nd Madras Europeans in 1774. Re-raised as a separate regiment in 1777, the 108th was disbanded in 1796... | [
"108th (Madras Infantry) Regiment of Foot — British Army\n\nAfter the Crown took control of the Presidency armies in the aftermath of the Indian Rebellion, the regiment became the 3rd Madras Infantry in November 1859. It was then renumbered as the 108th Regiment of Foot (Madras Infantry) on transfer to the British ... |
108th_(Madras_Infantry)_Regiment_of_Foot_2177699 | Describe the 'Regimental Colonels' section of the article about '108th (Madras Infantry) Regiment of Foot'. | 1862–1868: Lt-Gen. Sir George Cornish Whitlock, KCB ; 1868: Lt-Gen. Arthur Cunliffe van Notten Pole ; 1868–1875: Gen. William Anson McCleverty ; 1875–1880: Gen. John Hamilton Elphinstone Dalyrmple, CB ; 1880–1881: Gen. Sir Edward Harris Greathed, KCB Colonels of the Regiment were: | [
"108th (Madras Infantry) Regiment of Foot — British Army\n\nAfter the Crown took control of the Presidency armies in the aftermath of the Indian Rebellion, the regiment became the 3rd Madras Infantry in November 1859. It was then renumbered as the 108th Regiment of Foot (Madras Infantry) on transfer to the British ... |
108th_Air_Defense_Artillery_Brigade_(United_States)_10123617 | Reconstruct the content about 'Former' from the article on '108th Air Defense Artillery Brigade (United States)'. | 1st Battalion, 2nd Air Defense Artillery Regiment (inactive) ; 2nd Battalion, 43rd Air Defense Artillery Regiment (now part of 11th Air Defense Artillery Brigade) ; 2nd Battalion, 52nd Air Defense Artillery Regiment (HAWK) (formerly the now inactive 3–68th Air Defense Artillery) ; 6th Battalion, 56th Air Defense Artill... | [
"108th Air Defense Artillery Brigade (United States) — Former\n\n1st Battalion, 2nd Air Defense Artillery Regiment (inactive) ; 2nd Battalion, 43rd Air Defense Artillery Regiment (now part of 11th Air Defense Artillery Brigade) ; 2nd Battalion, 52nd Air Defense Artillery Regiment (HAWK) (formerly the now inactive 3... |
108th_Air_Defense_Artillery_Brigade_(United_States)_10123615 | What information does the article about '108th Air Defense Artillery Brigade (United States)' provide? | The 108th Air Defense Artillery Brigade is an air defense artillery brigade of the United States Army. The mission of the brigade is to train and maintain a strategic crisis response air defense artillery brigade capable of deploying worldwide, on short notice, to provide air defense force protection from air-breathing... | [
"108th Air Defense Artillery Brigade (United States) — Former\n\n1st Battalion, 2nd Air Defense Artillery Regiment (inactive) ; 2nd Battalion, 43rd Air Defense Artillery Regiment (now part of 11th Air Defense Artillery Brigade) ; 2nd Battalion, 52nd Air Defense Artillery Regiment (HAWK) (formerly the now inactive 3... |
108th_Air_Defense_Artillery_Brigade_(United_States)_10123618 | What information does the article about '108th Air Defense Artillery Brigade (United States)' provide on 'World War II'? | The 108th Air Defense Artillery Brigade traces its lineage to the 514th Coast Artillery Regiment (Antiaircraft), which was formed in Schenectady, New York in October, 1923. The Regiment was reorganized as the 108th Coast Artillery Group (Antiaircraft) on 3 January 1943 at Camp Davis, North Carolina, and again reorganiz... | [
"108th Air Defense Artillery Brigade (United States) — Former\n\n1st Battalion, 2nd Air Defense Artillery Regiment (inactive) ; 2nd Battalion, 43rd Air Defense Artillery Regiment (now part of 11th Air Defense Artillery Brigade) ; 2nd Battalion, 52nd Air Defense Artillery Regiment (HAWK) (formerly the now inactive 3... |
108th_Air_Defense_Artillery_Brigade_(United_States)_10123626 | What information does the article about '108th Air Defense Artillery Brigade (United States)' provide on 'Post-Vietnam'? | U.S. Army Institute of Heraldry, the alignment with XVIII Airborne Corps does not serve as authorization to add the Airborne tab. While the brigade did wear the tab, it was done without Department of the Army authorization. The IOH also notes the brigade asked to be authorized a beret, flash and parachute wing trimming... | [
"108th Air Defense Artillery Brigade (United States) — Former\n\n1st Battalion, 2nd Air Defense Artillery Regiment (inactive) ; 2nd Battalion, 43rd Air Defense Artillery Regiment (now part of 11th Air Defense Artillery Brigade) ; 2nd Battalion, 52nd Air Defense Artillery Regiment (HAWK) (formerly the now inactive 3... |
108th_Air_Defense_Artillery_Brigade_(United_States)_10123616 | Explain what '108th Air Defense Artillery Brigade (United States)' covers in the 'Today' section. | 108-ADA-Bde-SSI.png 108th Air Defense Artillery Brigade ; Headquarters and Headquarters Battery ; 7 ADA COA.jpg 1st Battalion, 7th Air Defense Artillery Regiment (Fort Bragg). ; 44 ADA COA.jpg 2nd Battalion, 44th Air Defense Artillery Regiment (Fort Campbell) ; 4 ADA COA.jpg 3rd Battalion, 4th Air Defense Artillery Reg... | [
"108th Air Defense Artillery Brigade (United States) — Former\n\n1st Battalion, 2nd Air Defense Artillery Regiment (inactive) ; 2nd Battalion, 43rd Air Defense Artillery Regiment (now part of 11th Air Defense Artillery Brigade) ; 2nd Battalion, 52nd Air Defense Artillery Regiment (HAWK) (formerly the now inactive 3... |
108th_Air_Defense_Artillery_Brigade_(United_States)_10123627 | Reconstruct the content about 'Post-Vietnam' from the article on '108th Air Defense Artillery Brigade (United States)'. | 2–52 ADA was disbanded shortly after the Gulf War in the early 1990s. Later in 2007, the brigade would again have Airborne units assigned to its command with the addition of the 3–4th ADA when it was reassigned from the 82d Airborne Division. Under the ongoing reorganization, only Battery E of 3–4th ADA is on jump stat... | [
"108th Air Defense Artillery Brigade (United States) — Former\n\n1st Battalion, 2nd Air Defense Artillery Regiment (inactive) ; 2nd Battalion, 43rd Air Defense Artillery Regiment (now part of 11th Air Defense Artillery Brigade) ; 2nd Battalion, 52nd Air Defense Artillery Regiment (HAWK) (formerly the now inactive 3... |
108th_Air_Defense_Artillery_Brigade_(United_States)_10123624 | From the article on '108th Air Defense Artillery Brigade (United States)', restate the 'Vietnam War' content. | In May 1967, the group was reactivated at Fort Riley, Kansas as the 108th Artillery Group and deployed to the Republic of Vietnam in October 1967. The Group participated in every major operation conducted in the I Corps area of operations and credited with participation in eleven different campaigns while in Vietnam. T... | [
"108th Air Defense Artillery Brigade (United States) — Former\n\n1st Battalion, 2nd Air Defense Artillery Regiment (inactive) ; 2nd Battalion, 43rd Air Defense Artillery Regiment (now part of 11th Air Defense Artillery Brigade) ; 2nd Battalion, 52nd Air Defense Artillery Regiment (HAWK) (formerly the now inactive 3... |
108th_Air_Defense_Artillery_Brigade_(United_States)_10123619 | Reconstruct the content about 'World War II' from the article on '108th Air Defense Artillery Brigade (United States)'. | participated in the landings at Normandy, going ashore at Utah Beach on 28 June 1944. The 108th then went on to provide antiaircraft defense for the city and port of Cherbourg, for eleven months, and then moved forward to the cities of Rheims and Rouen. The brigade was moved forward to Germany on 2 May 1945, and was st... | [
"108th Air Defense Artillery Brigade (United States) — Former\n\n1st Battalion, 2nd Air Defense Artillery Regiment (inactive) ; 2nd Battalion, 43rd Air Defense Artillery Regiment (now part of 11th Air Defense Artillery Brigade) ; 2nd Battalion, 52nd Air Defense Artillery Regiment (HAWK) (formerly the now inactive 3... |
108th_Air_Defense_Artillery_Brigade_(United_States)_10123621 | Summarize the 'World War II' part of '108th Air Defense Artillery Brigade (United States)'. | September 1944, and landed in France on 10 October 1944. The 639th was then relocated to Braunfels, Germany on 20 August 1945. The 639th returned to the continental US via the New York Port of Embarkation on 2 February 1946, and was deactivated at Camp Kilmer, and returned to the US Army Reserve on the same day. 3/514t... | [
"108th Air Defense Artillery Brigade (United States) — Former\n\n1st Battalion, 2nd Air Defense Artillery Regiment (inactive) ; 2nd Battalion, 43rd Air Defense Artillery Regiment (now part of 11th Air Defense Artillery Brigade) ; 2nd Battalion, 52nd Air Defense Artillery Regiment (HAWK) (formerly the now inactive 3... |
108th_Air_Defense_Artillery_Brigade_(United_States)_10123620 | Summarize the 'World War II' part of '108th Air Defense Artillery Brigade (United States)'. | Boston Port of Embarkation on 7 April 1944 and arrived in England on 17 April 1944. The 217th moved forward to France on 25 June 1944, where they remained until they moved forward to participate in the Ardennes-Alsace Offensive. The 217th was relocated to Stubenag, Germany on 20 August 1945. The 217th returned to the c... | [
"108th Air Defense Artillery Brigade (United States) — Former\n\n1st Battalion, 2nd Air Defense Artillery Regiment (inactive) ; 2nd Battalion, 43rd Air Defense Artillery Regiment (now part of 11th Air Defense Artillery Brigade) ; 2nd Battalion, 52nd Air Defense Artillery Regiment (HAWK) (formerly the now inactive 3... |
108th_Air_Defense_Artillery_Brigade_(United_States)_10123625 | What information does the article about '108th Air Defense Artillery Brigade (United States)' provide on 'Post-Vietnam'? | On 26 August 1974, the group was again reactivated at Kapaun Barracks, Kaiserslautern, West Germany, as the 108th Air Defense Group, the only Chaparral/Vulcan Group in the US Army. In September 1975 the group moved to Kleber Kaserne and on 1 October 1982 it was redesignated the 108th Air Defense Artillery Brigade. On 1... | [
"108th Air Defense Artillery Brigade (United States) — Former\n\n1st Battalion, 2nd Air Defense Artillery Regiment (inactive) ; 2nd Battalion, 43rd Air Defense Artillery Regiment (now part of 11th Air Defense Artillery Brigade) ; 2nd Battalion, 52nd Air Defense Artillery Regiment (HAWK) (formerly the now inactive 3... |
108th_Air_Defense_Artillery_Brigade_(United_States)_10123623 | Explain what '108th Air Defense Artillery Brigade (United States)' covers in the 'Post-War' section. | In September, 1956, the 108th AA Group was reactivated in Los Angeles, California. It was again redesignated as the 108th Artillery Group (Air Defense). The 108th was deactivated in April 1960, in Fort MacArthur, California. | [
"108th Air Defense Artillery Brigade (United States) — Former\n\n1st Battalion, 2nd Air Defense Artillery Regiment (inactive) ; 2nd Battalion, 43rd Air Defense Artillery Regiment (now part of 11th Air Defense Artillery Brigade) ; 2nd Battalion, 52nd Air Defense Artillery Regiment (HAWK) (formerly the now inactive 3... |
108th_Air_Refueling_Squadron_11006824 | Based on the article about '108th Air Refueling Squadron', describe the 'Cold War' section. | After returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks Trophy Race. In 1958, the 126th was re-designated... | [
"108th Air Refueling Squadron — Cold War\n\nAfter returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks T... |
108th_Air_Refueling_Squadron_11006816 | From the article on '108th Air Refueling Squadron', restate the 'World War I' content. | by train to St. John's, Newfoundland where, on 10 December, it boarded the SS Tuscania, and proceeded across the Atlantic and arrived at Liverpool, England on 26 December. It then moved by train to the English Channel port of Southampton, where it waited at a Rest Camp for several days before crossing to Le Havre, Fran... | [
"108th Air Refueling Squadron — Cold War\n\nAfter returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks T... |
108th_Air_Refueling_Squadron_11006819 | From the article on '108th Air Refueling Squadron', restate the 'World War II' content. | After war broke out in Europe in 1939, preparedness for war increased in the United States. As part of the preparedness program, 4,800 members of the 33d Division, including the 108th Squadron were mobilized and placed on active duty in February 1941. The unit reequipped with the North American O-47 biplanes and initia... | [
"108th Air Refueling Squadron — Cold War\n\nAfter returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks T... |
108th_Air_Refueling_Squadron_11006822 | What does the article about '108th Air Refueling Squadron' say regarding 'Illinois Air National Guard'? | The wartime 108th Reconnaissance Squadron (Special) was re-designated the 108th Bombardment Squadron (Light), and was allocated to the Illinois Air National Guard on 21 June 1945. It was organized at Chicago Municipal Airport, and was extended federal recognition on 29 June 1947 by the National Guard Bureau. The 108th ... | [
"108th Air Refueling Squadron — Cold War\n\nAfter returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks T... |
108th_Air_Refueling_Squadron_11006814 | Summarize the following section from the article on '108th Air Refueling Squadron'. | The 108th Air Refueling Squadron (108 ARS) is a unit of the Illinois Air National Guard 126th Air Refueling Wing located at Scott Air Force Base, Belleville, Illinois. The 108th is equipped with the KC-135R Stratotanker. The squadron is a descendant organization of the World War I 108th Aero Squadron, established on 27... | [
"108th Air Refueling Squadron — Cold War\n\nAfter returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks T... |
108th_Air_Refueling_Squadron_11006832 | What information does the article about '108th Air Refueling Squadron' provide on 'Aircraft'? | Included PT-1, BT-1, and 0-2 during period 1927–1931 ; Douglas O-38, 1931–1941 ; Douglas O-2, 1931–1934 ; Douglas O-31, 1935–1941 ; O-49 Vigilant, 1941–1943 ; O-51 Dragonfly, 1941 ; North American O-47, 1942–1943) ; P-39N Airacobra, 1942–1943 ; A-18 Shrike, 1943 P-36 Hawk, 1943 ; B-26 Invader, 1947–1953 ; F-51D Mustang... | [
"108th Air Refueling Squadron — Cold War\n\nAfter returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks T... |
108th_Air_Refueling_Squadron_11006831 | Describe the 'Stations' section of the article about '108th Air Refueling Squadron'. | Kelly Field, Texas, 27 August 1917 ; Aviation Concentration Center, Garden City, New York, 1 November-7 December 1917 ; St. Maixent Replacement Barracks, France, 2 January 1918 ; Issoudun Aerodrome, France, 21 Feb 1918-c. Apr 1919 ; Mitchel Field, New York, c. 27 May-11 Jun 1919 ; Chicago Municipal Airport, Chicago, Il... | [
"108th Air Refueling Squadron — Cold War\n\nAfter returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks T... |
108th_Air_Refueling_Squadron_11006820 | Summarize the 'World War II' part of '108th Air Refueling Squadron'. | busy on a myriad of patrol and communications flights along the Atlantic and Pacific Panamanian coast lines and within the far-flung command. The 108th also acquired several Stinson L-1's during this period along with a P-36A, one A-18, two L- l's and two L-4A's all based at Howard Field. One of the L-4A's was transfer... | [
"108th Air Refueling Squadron — Cold War\n\nAfter returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks T... |
108th_Air_Refueling_Squadron_11006823 | Summarize the 'Korean War Activation' part of '108th Air Refueling Squadron'. | The unit was ordered to active service on 1 April 1951 as a result of the Korean War. The unit was initially assigned to Tactical Air Command at Langley AFB, Virginia. The wing moved to Bordeaux-Merignac Air Base, France with the first elements arriving in November 1951. The 126th BW was assigned to United States Air F... | [
"108th Air Refueling Squadron — Cold War\n\nAfter returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks T... |
108th_Air_Refueling_Squadron_11006815 | Based on the article about '108th Air Refueling Squadron', describe the 'World War I' section. | The 108th Air Refueling Squadron origins date to 27 August 1917 when the 108th Aero Squadron was formed at Kelly Field, Texas. The personnel at the time was composed primarily of men from the upper Southern and Midwest, coming from the recruit depot at Fort Thomas, Kentucky. At Kelly, the squadron was put in a military... | [
"108th Air Refueling Squadron — Cold War\n\nAfter returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks T... |
108th_Air_Refueling_Squadron_11006821 | Summarize the 'World War II' part of '108th Air Refueling Squadron'. | one operational mission with this aircraft, along the "Pacific coast of Colombia" on 24 February. By 25 June 1943, by which time the designation had been changed to a more realistic 108th Reconnaissance Squadron (Special), the mission handed the Squadron were ever more complex and demanding, and the alterations to the ... | [
"108th Air Refueling Squadron — Cold War\n\nAfter returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks T... |
108th_Air_Refueling_Squadron_11006825 | Reconstruct the content about 'Cold War' from the article on '108th Air Refueling Squadron'. | Command. It was re-equipped with KC-97 Stratotankers and began worldwide aerial refueling operations. In 1963, the 108th was the first squadron to mid-air refuel the elite Air Force Thunderbirds, and in 1964, it participated in Operation "Ready Go", the first all United States Air National Guard (ANG) non-stop deployme... | [
"108th Air Refueling Squadron — Cold War\n\nAfter returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks T... |
108th_Air_Refueling_Squadron_11006817 | From the article on '108th Air Refueling Squadron', restate the 'World War I' content. | 20 February, it was ordered to proceed to the 3d Air Instructional Center (3d AIC), Issoudun Aerodrome, in Central France, arriving on 21 February. It was first assigned to Field No. 2 where it was put to work in the Aero Repair Department while its permanent buildings were under construction at the main field. In May,... | [
"108th Air Refueling Squadron — Cold War\n\nAfter returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks T... |
108th_Air_Refueling_Squadron_11006818 | What information does the article about '108th Air Refueling Squadron' provide on 'Illinois National Guard'? | In June 1927 the 108th Aero Squadron was re-activated, and designated the 108th Observation Squadron, 33d Division Aviation at Chicago Municipal Airport, Illinois. In July 1927 the unit received federal recognition; the squadron was authorized 16 officers, 74 enlisted and was assigned PT-1 Trusty aircraft. During the e... | [
"108th Air Refueling Squadron — Cold War\n\nAfter returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks T... |
108th_Air_Refueling_Squadron_11006828 | Based on the article about '108th Air Refueling Squadron', describe the 'Lineage' section. | Organized as 108th Aero Squadron** on 27 August 1917 ; Re-designated 802d Aero Squadron on 1 February 1918 ; Re-designated 802d Aero Squadron (Repair) on 21 February 1918 ; Demobilized on 11 June 1919 ; Reconstituted and consolidated (1936) with 108th Observation Squadron which, having been allotted to Illinois NG, was... | [
"108th Air Refueling Squadron — Cold War\n\nAfter returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks T... |
108th_Air_Refueling_Squadron_11006827 | Explain what '108th Air Refueling Squadron' covers in the 'Modern era' section. | The 126th ARW relocated to Scott Air Force Base in 1999 from Chicago's O'Hare International Airport as part of the recommendations for base closure made by the Base Realignment and Closure Commission. As part of the Global War on Terrorism, the 126th Air Refueling Wing has been tasked on several occasions for deploymen... | [
"108th Air Refueling Squadron — Cold War\n\nAfter returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks T... |
108th_Air_Refueling_Squadron_11006829 | Describe the 'Lineage' section of the article about '108th Air Refueling Squadron'. | service on: 1 April 1951 ; Relieved from active duty and returned to Illinois State Control: 1 January 1953 ; Re-designated: 108th Fighter-Bomber Squadron, 1 January 1953 ; Re-designated: 108th Fighter-Interceptor Squadron, 1 July 1955 ; Re-designated: 108th Air Refueling Squadron, 1 July 1961 ; Federalized and ordered... | [
"108th Air Refueling Squadron — Cold War\n\nAfter returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks T... |
108th_Air_Refueling_Squadron_11006830 | Describe the 'Assignments' section of the article about '108th Air Refueling Squadron'. | Post Headquarters, Kelly Field, 27 August-1 November 1917 ; Aviation Concentration Center, 1 November-7 December 1917 ; Replacement Concentration Center, AEF, 2 January-21 February 1918 ; 3d Aviation Instruction Center, 21 February 1918 – April 1919 ; Commanding General, Services of Supply, April-27 May 1919 ; Post Hea... | [
"108th Air Refueling Squadron — Cold War\n\nAfter returning from France, was re-equipped with F-51D Mustangs due to the limited availability of jets which were being used by the USAF in the Korean War. In early 1955, was upgraded to new F-84F Thunderstreak jet fighters. In 1957 the 108th participated in the Ricks T... |
108th_Anti-Aircraft_Missile_Regiment_(Ukraine)_6054464 | Summarize the 'World War II' part of '108th Anti-Aircraft Missile Regiment (Ukraine)'. | the spring of 1944. The division received the name of Zaporozhye as an honorific on 14 October 1943 in recognition of its performance during the capture of the city. During the Second Jassy–Kishinev offensive and in fighting in Bulgaria and Yugoslavia, the division supported the raid of the 4th Guards Mechanized Corps.... | [
"108th Anti-Aircraft Missile Regiment (Ukraine) — World War II\n\nthe spring of 1944. The division received the name of Zaporozhye as an honorific on 14 October 1943 in recognition of its performance during the capture of the city. During the Second Jassy–Kishinev offensive and in fighting in Bulgaria and Yugoslavi... |
108th_Anti-Aircraft_Missile_Regiment_(Ukraine)_6054463 | Describe the 'World War II' section of the article about '108th Anti-Aircraft Missile Regiment (Ukraine)'. | The 22nd Anti-Aircraft Artillery Division of the Reserve of the High Command (RGK) began its formation in the Moscow Military District during December 1942 and on 15 January 1943 Colonel Igor Danshin (promoted to major general 18 November 1944) was appointed commander. The division included the 1335th, 1341st, 1347th, ... | [
"108th Anti-Aircraft Missile Regiment (Ukraine) — World War II\n\nthe spring of 1944. The division received the name of Zaporozhye as an honorific on 14 October 1943 in recognition of its performance during the capture of the city. During the Second Jassy–Kishinev offensive and in fighting in Bulgaria and Yugoslavi... |
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