Roman numeral system.
The Roman numeral system
N (or nulla) is a very rare way to write a zero. The standard Roman numbering system does not include a zero or null value. Even if it did, the structure you are proposing is incorrect.
The Roman Numeral system did not have a way to represent zero.
In the Indian numbering system, 1 crore is equal to 10 million, which has 7 zeros. Therefore, 1 crore is written as 1,00,00,000.
In the Indian numbering system, 1 lakh is equal to 100,000. Therefore, 16.5 lakhs is equal to 1,650,000. This number has five zeros.
The Roman numeral system
The figure zero - is simply a 'place filler'. Without it - our numbering system would be chaotic.
Zero and one - either on or off.
The Romans invented a method for writing numbers but so did other cultures. The Indians developed a numbering system that included the zero. There was no zero in the Roman system.
They cant, if the did they planet would fall apart, zero-gravity doesnt exist.
Mathematics (zero invention, decimal numbering system, algebra, logarithms, ...)
N (or nulla) is a very rare way to write a zero. The standard Roman numbering system does not include a zero or null value. Even if it did, the structure you are proposing is incorrect.
The Roman Numeral system did not have a way to represent zero.
Arabs developed the number system (0,1,2,3,4) we use now. The Roman system (I, II, III, IV, V) wasn't as good, because there was no zero.
In the Indian numbering system, 1 crore is equal to 10 million, which has 7 zeros. Therefore, 1 crore is written as 1,00,00,000.
In the Indian numbering system, 1 lakh is equal to 100,000. Therefore, 16.5 lakhs is equal to 1,650,000. This number has five zeros.
0K is absolute zero, meaning that the system contains zero thermal energy. Temperatures below absolute zero are impossible.