example of control number in cebuana llhul
ier
The number of 3-letter codes that can be formed without repetition is equal to the number of choices for the first letter (4 letters), multiplied by the number of choices for the second letter (3 letters), multiplied by the number of choices for the third letter (2 letters). Therefore, the total number of 3-letter codes that can be formed is 4 x 3 x 2 = 24.
3
Forty (40) has the letters placed in alphabetical order.
Eight is the only single digit number to be spelled with all of its letters in alphabetical order. Eighty is another such number, but it is two digits. I'm not sure if there are others.
Monomers are like alphabet letters in that when combined they can be used to create an infinite number of combinations. This is the same way that letters combine to form words.
eleven
CEBUANASTATUSControl Number is an example of control number in Cebuana Ilhulier.
Cebuana Lihiuler is a domestic way to send money in the Philippines. In order to use the service it is necessary to get an 18 digit control number for identification and security.
If you are talking about number of branches, then Cebuana Lhuillier & M Lhuillier are 1 & 2 with about 1,500 branches each. Several pawnshop chains worth mentioning are Tambunting (although I've heard that it is not doing well), Villarica, and then there's one pawnshop chain that is well known in the Visayas that is called Palawan Pawnshop with I think about 700 branches...
To track your M Lhuillier reference number, you can visit the M Lhuillier website and use their online tracker tool. You will need to input your reference number and other relevant details to check the status of your transaction. Alternatively, you can also call M Lhuillier's customer service hotline for assistance with tracking your reference number.
The only number that matches the number of letters it has. Four letters for the number 4.
How about 'four' = 4 letters
The solution is count the number of letters in the word and divide by the number of permutations of the repeated letters; 7!/3! = 840.
The number of combinations of 6 letters is 6! or 720.
first -- 5 letters second -- 6 letters third -- 5 letters fourth -- 6 letters fifth -- 5 letters sixth -- 5 letters seventh -- 7 letters eighth -- 6 letters So the nest number would be 5, because there are 5 letters in ninth.
I don't know if it's the only number but the number 4 has four letters in it's name.
4. (67 letters divided by 16 words = 4.4667 letters per word.)