Using long multiplication in Roman numerals:-
D*CXXXVIII = M(LXX)
L*CXXXVIII = C(V)MM
XX*CXXXVIII = MMDCCLX
So: M(LXX)+C(V)MM+MMDCCLX = (LXXVIII)DCLX
The above in English numbers are equivalent to the following:-
500*138 = -1000+70,000
50*138 = -100+7,000
20*138 = 2,760
So: -1,000+70,000-100+7,000+2,760 = 78,660
The exponent shows how many times the number is being multiplied by itself. So if it's 10 to the power of 3 (which is 1000) ur are showing a shorter way of showing 10x10x10=1000.
318 multiplied by 720 is 228,960.
Just tackle the problem in the same way as you would work out a problem in long multiplication and then add up the products as follows:- C times DLXX = (LVII) => 100*570 = 57,000 XXX times DLXX = (XVII)C => 333*570 = 17,100 V times DLXX = (II)DCCCL => 5*570 = 2,850 III times DLXX = (I)DCCX => 3*570 = 1,710 (LVII)+(XVII)C+(II)DCCCL+(I)DCCX = (LXXVIII)DCLX 57,000+17,100+2,850+1,710 = 78,660 Note that numerals within brackets indicate multiplication by 1,000.
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
Today you mainly see them on the end credits of TV and Films, in books (showing the copyright), and on buildings (indicating the year built). Many sporting events use roman numerals to designate the event. (e.g. XXI Winter Olympics or Super Bowl XLIV).
The exponent shows how many times the number is being multiplied by itself. So if it's 10 to the power of 3 (which is 1000) ur are showing a shorter way of showing 10x10x10=1000.
318 multiplied by 720 is 228,960.
There is no liability for having a product showing in the background of an advertisement without name showing.
Just tackle the problem in the same way as you would work out a problem in long multiplication and then add up the products as follows:- C times DLXX = (LVII) => 100*570 = 57,000 XXX times DLXX = (XVII)C => 333*570 = 17,100 V times DLXX = (II)DCCCL => 5*570 = 2,850 III times DLXX = (I)DCCX => 3*570 = 1,710 (LVII)+(XVII)C+(II)DCCCL+(I)DCCX = (LXXVIII)DCLX 57,000+17,100+2,850+1,710 = 78,660 Note that numerals within brackets indicate multiplication by 1,000.
When at school you are taught that in long multiplication to multiply the units follow by the 10s followed by the 100s followed by the 1000s ... etc or vice versa and then add them up to gain their product but in Roman numerals it is a lot simpler because there are no 0 digits to be bothered about as the following shows:- X*CXI+V*CXI+I*CXI = MCX+DLV+CXI = MDCCLXXVI Which means: 10*111+5*111+1*111 = 1110+555+111 = 1776
The paying of money to have a product shown or used in a movie is called "Product placement".
Because the Latin language is still used today and Roman numerals are in fact Latin numerals. Roman numerals are most often used to represent the year of a date in a more formal way, for example when they show the year in the end credits of a movie, or when showing ordinal numbers, like the third, fourth, fifth of something, etc.
Showing a composite number as a product of prime numbers is called prime factorization.
windows advert is the first program you see on your desktop showing you the product you are using.
It is great for showing a unit over time. This is usually a profit from a product.
that's a dumb question your computer is messed up dummy
statistical data of GNP of the Philippines