Faster access than browser!Similarities between 1837 and 1891
1837 and 1891 have 47 things in common (in Unionpedia): April 17, April 27, April 29, April 5, August 1, December 17, December 24, December 26, December 29, December 9, February, February 13, February 5, Georges Ernest Boulanger, January 1, January 2, January 20, January 26, January 7, July 18, July 21, July 4, June 20, June 28, March 18, March 3, May, May 10, May 20, May 5, ..., May 7, Nobel Prize in Physics, November 14, November 2, November 7, October 1, October 12, October 13, October 28, October 29, Philadelphia, September 12, September 14, September 16, September 18, September 28, September 7. Expand index (17 more) »
April 17
No description.
1837 and April 17 · 1891 and April 17 ·
April 27
No description.
1837 and April 27 · 1891 and April 27 ·
April 29
No description.
1837 and April 29 · 1891 and April 29 ·
April 5
No description.
1837 and April 5 · 1891 and April 5 ·
August 1
No description.
1837 and August 1 · 1891 and August 1 ·
December 17
No description.
1837 and December 17 · 1891 and December 17 ·
December 24
No description.
1837 and December 24 · 1891 and December 24 ·
December 26
No description.
1837 and December 26 · 1891 and December 26 ·
December 29
No description.
1837 and December 29 · 1891 and December 29 ·
December 9
No description.
1837 and December 9 · 1891 and December 9 ·
February
February is the second and shortest month of the year in the Julian and Gregorian calendar with 28 days in common years and 29 days in leap years, with the quadrennial 29th day being called the leap day.
1837 and February · 1891 and February ·
February 13
No description.
1837 and February 13 · 1891 and February 13 ·
February 5
No description.
1837 and February 5 · 1891 and February 5 ·
Georges Ernest Boulanger
Georges Ernest Jean-Marie Boulanger (29 April 1837 – 30 September 1891), nicknamed Général Revanche, was a French general and politician.
1837 and Georges Ernest Boulanger · 1891 and Georges Ernest Boulanger ·
January 1
January 1 is the first day of the year in the Gregorian Calendar.
1837 and January 1 · 1891 and January 1 ·
January 2
No description.
1837 and January 2 · 1891 and January 2 ·
January 20
In the ancient astronomy, it is the cusp day between Capricorn and Aquarius.
1837 and January 20 · 1891 and January 20 ·
January 26
No description.
1837 and January 26 · 1891 and January 26 ·
January 7
No description.
1837 and January 7 · 1891 and January 7 ·
July 18
No description.
1837 and July 18 · 1891 and July 18 ·
July 21
No description.
1837 and July 21 · 1891 and July 21 ·
July 4
The Aphelion, the point in the year when the Earth is farthest from the Sun, occurs around this date.
1837 and July 4 · 1891 and July 4 ·
June 20
In the Northern Hemisphere, the Summer solstice sometimes occurs on this date, while the Winter solstice occurs in the Southern Hemisphere.
1837 and June 20 · 1891 and June 20 ·
June 28
In common years it is always in ISO week 26.
1837 and June 28 · 1891 and June 28 ·
March 18
No description.
1837 and March 18 · 1891 and March 18 ·
March 3
No description.
1837 and March 3 · 1891 and March 3 ·
May
May is the fifth month of the year in the Julian and Gregorian Calendars and the third of seven months to have a length of 31 days.
May 10
No description.
1837 and May 10 · 1891 and May 10 ·
May 20
No description.
1837 and May 20 · 1891 and May 20 ·
May 5
This day marks the approximate midpoint of spring in the Northern Hemisphere and of autumn in the Southern Hemisphere (starting the season at the March equinox).
1837 and May 5 · 1891 and May 5 ·
May 7
No description.
1837 and May 7 · 1891 and May 7 ·
Nobel Prize in Physics
The Nobel Prize in Physics (Nobelpriset i fysik) is a yearly award given by the Royal Swedish Academy of Sciences for those who conferred the most outstanding contributions for mankind in the field of physics.
1837 and Nobel Prize in Physics · 1891 and Nobel Prize in Physics ·
November 14
No description.
1837 and November 14 · 1891 and November 14 ·
November 2
No description.
1837 and November 2 · 1891 and November 2 ·
November 7
This day marks the approximate midpoint of autumn in the Northern Hemisphere and of spring in the Southern Hemisphere (starting the season at the September equinox).
1837 and November 7 · 1891 and November 7 ·
October 1
No description.
1837 and October 1 · 1891 and October 1 ·
October 12
No description.
1837 and October 12 · 1891 and October 12 ·
October 13
No description.
1837 and October 13 · 1891 and October 13 ·
October 28
No description.
1837 and October 28 · 1891 and October 28 ·
October 29
No description.
1837 and October 29 · 1891 and October 29 ·
Philadelphia
Philadelphia is the largest city in the U.S. state and Commonwealth of Pennsylvania, and the sixth-most populous U.S. city, with a 2017 census-estimated population of 1,580,863.
1837 and Philadelphia · 1891 and Philadelphia ·
September 12
No description.
1837 and September 12 · 1891 and September 12 ·
September 14
No description.
1837 and September 14 · 1891 and September 14 ·
September 16
No description.
1837 and September 16 · 1891 and September 16 ·
September 18
No description.
1837 and September 18 · 1891 and September 18 ·
September 28
No description.
1837 and September 28 · 1891 and September 28 ·
September 7
No description.
The list above answers the following questions
- What 1837 and 1891 have in common
- What are the similarities between 1837 and 1891
1837 and 1891 Comparison
1837 has 311 relations, while 1891 has 593. As they have in common 47, the Jaccard index is 5.20% = 47 / (311 + 593).
References
This article shows the relationship between 1837 and 1891. To access each article from which the information was extracted, please visit:
