The roman numeral for 5 is V. I do not have a citron quartz watch but a quick search through google images shows that citron uses the correct numeral. On *some* watches the numeral is upside down but this is merely because they chose to keep the top of the numeral to the outside of the watch. It looks a bit strange but it is correct.
The number system that we use today is the Hindu-Arabic numeral system and a 0 number is essential for positional place value purposes as for example it shows us that there is a difference between 27 and 207 but a 0 number is not needed in the Roman numeral system because the positional place value of its numerals are self evident as for example XXVII is 27 and CCVII is 207
It shows the state of ionisation.
a tall stick that shows the Romans are coming
In all practicality the ancient Romans had no real reasons for such large numbers inasmuch that the early Roman numeral system once contained only six symbols in it which were D C L X V and I. For 1,000 it once was (I) later changed to M. Nevertheless, the Roman numeral system was and still is capable of such large numbers by means of brackets and superscripts in a similar manner that we use exponents today as the following shows:- X(DLX)C(V)L which means 1,000*560*100+1,000*5+50-10 = 56,005,040 The real rules governing the original Roman numeral system were changed during the Middle Ages and still remain the same as we know them today. As for example the equivalent next year of 2014 into Roman numerals will be mistakingly worked out as MMXIV. Whereas in fact the Romans would have worked out the equivalent of 2014 on an abacus counting device as MMXIIII and then probably abridged them to IMMXV in written format thus using less numerals yet retaining their same values. Furthermore, under no circumstances whatsoever would the religious Romans ever write out the equivalent of 4 as IV but instead used IIII because they considered it to be an insult to their main god Jupiter whose Latin name begins with IV thus reducing their god to a number and not a name. This superstition still continues today because most clocks and watches with Roman numeral faces still use IIII instead of IV,
The roman numeral for 5 is V. I do not have a citron quartz watch but a quick search through google images shows that citron uses the correct numeral. On *some* watches the numeral is upside down but this is merely because they chose to keep the top of the numeral to the outside of the watch. It looks a bit strange but it is correct.
Roman numeral following the name shows the ions charge. For example Fe(II) in a compound name means that the iron is present as Fe2+ and Fe(III) in a name means that it is present as Fe3+ The same convention is used for all metals that can have more than one charge, not just transition metals for example thallium (I) and thallium (III) (thallium is in group 13)
3.05 million in Roman Numerals is:_ _ _ _M M M LThe bar above each numeral shows that the number is to be multiplied by 1000.
The number system that we use today is the Hindu-Arabic numeral system and a 0 number is essential for positional place value purposes as for example it shows us that there is a difference between 27 and 207 but a 0 number is not needed in the Roman numeral system because the positional place value of its numerals are self evident as for example XXVII is 27 and CCVII is 207
why the first elements and eighth elements shows similar properties
The obverse shows a liberty head with crown and 13 stars around the edges. The reverse shows a Roman Numeral 5 with wreath around it and CENTS below. The date is on the front below the head and the Words United States of America are around the wreath on the back.
It shows the state of ionisation.
M=1,000 in Roman numerals.
entire,charge,and business
Converting between Arabic and Roman Numbers is done as : roman numeral number of 10-2-11 is : X-II-XI
He was a gladiator.
The chemical compound Zn(C2H3O2)2 is called zinc acetate. The molecular formula shows that the compounds include zinc, represented by Zn; carbon, represented by C; hydrogen, represented by H; and oxygen, represented by O. Differences between cation and anion The first difference is that anions have a negative electrical charge while cations have a positive electrical charge. Secondly, during electrolysis, the anions move to the anode which is referred to as the anode. However, the cations migrate to the cathode called the cathode.