Math, asked by mrudularmv2008, 3 days ago

CCCXC+LIX=? IN ROMAN NUMERALS

Answers

Answered by gsai1595
3

Answer:

444

Step-by-step explanation:

CCCXC=390

LIX=59

SUM IS 444

Answered by Rameshjangid
1

Final Answer:

The sum of numbers given in Roman numerical values is CCCCIL.

Given:

Two numbers given in Roman numerical values CCCXC, LIX.

To Find:

The addition of two numbers given in Roman numerical values CCCXC+LIX

Explanation:

The equivalent numerical values of Roman numerals for some of English numerals are as follows.

  • Roman I represents one (1).
  • Roman II represents two (2).
  • Roman III represents three (3).
  • Roman IV represents four (4).
  • Roman V represents five (5).
  • Roman VI represents six (6).
  • Roman VII represents seven (7).
  • Roman VIII represents eight (8).
  • Roman IX represents nine (9).
  • Roman X represents ten (10).
  • Roman XI represents eleven (11).

Step 1 of 3

Note the following important equivalent numerical values of Roman numerals for the respective English numerals.

  • Roman XX represents twenty (20).
  • Roman L represents fifty (50).
  • Roman C represents one hundred (100).
  • Roman D represents five hundred (500).
  • Roman M represents one thousand (1000).

Step 2 of 3

Write the Roman numerals in the following way to get the respective numerical values.

  • Roman CCCXC comprises of five letters C, C, C, X, C bearing the following meaning.

CCCXC\\=C+C+C+XC\\=C+C+C+(C-X)\\=100+100+100+(100-10)\\=300+90\\=390

  • Roman LIX comprises of three letters L, I,  X bearing the following meaning.

LIX\\=L+IX\\=L+(X-I)\\=50+(10-1)\\=50+9\\=59

Step 3 of 3

Obtain the sum of the CCCXC+LIX by converting them into the equivalent English numerals and then finding the sum and again converting the result in the Roman form.

CCCXC+LIX\\=390+59\\=449\\=400+49\\=100+100+100+100+(50-1)\\=C+C+C+C+(L-I)\\=CCCCIL

The required sum of numbers given in Roman numerical values is CCCCIL.

Know more from the following links.

https://brainly.in/question/3244336

https://brainly.in/question/3244333

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