1881 = MDCCCLXXXI
1588 = MDLXXXVIII
With great difficulty because under the present rules now governing the Roman numeral system the modern conversion of 99 and 19 into Roman numerals is now considered to be XCIX and XIX but there exist historical evidence to show that the ancient Romans would have worked out the aforementioned Hindu-Arabic numerals as LXXXXVIIII and XVIIII which can be abridged to IC and IXX respectively thus facilitating the product of the equivalent of 99 and 19 as follows:--I[-I+C]+XX[-I+C] = I-C-XX+MM => XXCMMI => MDCCCLXXXIWhich means: -1(-1+100)+20(-1+100) = 1-100-20+2000 => 1881Note that in mathematics -(-1+100) changes to 1-100 and that the Roman numerals of XXCMMI is equvalent to 2001-120 = 1881 which is an abridged version of MDCCCLXXXI but both retaining their original values.QED
Today we would write out 99 and 19 in Roman numerals as XCIX and XIX respectively but during the times of the Romans they were calculated as LXXXXVIIII and XVIIII then probably simplified to IC and IXX in written form. In fact the Latin word for IC is 'undecentum' which means one from a hundred and the Latin word for IXX is 'undeviginti' which means one from twenty. The numerals written out in this form makes multiplication a lot easier because:- I*IC = +I-C X*IC = -X+M X*IC = -X+M Compilation: MMI-CXX = MDCCCLXXXI (2001-120 = 1881) Remember that a minus numeral multiplied by a minus numeral produces a positive numeral. So: -I*-I = I For more complicated calculations the Romans would use an abacus counting board. Equivalents: M=1000, D=500, C=100, L=50, X=10, V=5 and I=1
69 times 1881 is 129789, which is an integer, not a fraction.
1881 is not prime; its prime factors are 3 x 3 x 11 x 19.
627 x 3 = 1881
It is: MDCCCLXXXI = 1881
Roman Sanguszko died on March 26, 1881 at the age of 80.
Roman Catholic Archdiocese of Antofagasta was created in 1881.
Roman Sanguszko died on March 26, 1881 at the age of 80.
Roman Catholic Diocese of Banja Luka was created in 1881.
Roman Catholic Diocese of Mostar-Duvno was created in 1881.
With great difficulty because under the present rules now governing the Roman numeral system the modern conversion of 99 and 19 into Roman numerals is now considered to be XCIX and XIX but there exist historical evidence to show that the ancient Romans would have worked out the aforementioned Hindu-Arabic numerals as LXXXXVIIII and XVIIII which can be abridged to IC and IXX respectively thus facilitating the product of the equivalent of 99 and 19 as follows:--I[-I+C]+XX[-I+C] = I-C-XX+MM => XXCMMI => MDCCCLXXXIWhich means: -1(-1+100)+20(-1+100) = 1-100-20+2000 => 1881Note that in mathematics -(-1+100) changes to 1-100 and that the Roman numerals of XXCMMI is equvalent to 2001-120 = 1881 which is an abridged version of MDCCCLXXXI but both retaining their original values.QED
Panditamani Kathiresan Chettiar (1881 - 1953) google IS your friend.:)
Roman Sanguszko was born on May 6, 1800 and died on March 26, 1881. Roman Sanguszko would have been 80 years old at the time of death or 215 years old today.
Oscar Wilde wrote the poem "Roses and Rue" in 1881.
Today we would write out 99 and 19 in Roman numerals as XCIX and XIX respectively but during the times of the Romans they were calculated as LXXXXVIIII and XVIIII then probably simplified to IC and IXX in written form. In fact the Latin word for IC is 'undecentum' which means one from a hundred and the Latin word for IXX is 'undeviginti' which means one from twenty. The numerals written out in this form makes multiplication a lot easier because:- I*IC = +I-C X*IC = -X+M X*IC = -X+M Compilation: MMI-CXX = MDCCCLXXXI (2001-120 = 1881) Remember that a minus numeral multiplied by a minus numeral produces a positive numeral. So: -I*-I = I For more complicated calculations the Romans would use an abacus counting board. Equivalents: M=1000, D=500, C=100, L=50, X=10, V=5 and I=1
1921 - 1881 = 40