I assume you mean that the sequence continues this way. No, it is not. To be rational, the same pattern - excatly the same sequence of digits - must repeat over and over, since any fraction (i.e., rational number) converted to decimal has this type of pattern.
It is a famous sequence but it is not the most famous sequence.It is famous because, despite its simplicity, its elements can be found all over nature: from the spirals in the seeds of a pine cone or sunflower, to shell spirals, and the number of leaves per turn.
The sequence is 5 over 7, 13 over 16, 33 over 50 and 22 over 27. The answer is 33/50, 5/7, 13/16, 22/27
6 over 23 can be made into a percent by following these steps:6/23 = 0.261next we make this number into a percent0.26x100= 26%
when you have a term sequence it is the same thing happening over and over again
arithmetic sequence. for example: 4,8,12,16 is an arithmetic sequence because it is 4+4+4+4. hope this helps!
Any number that repeats the same sequence of digits over and over again is rational. Note that it need not start with the repeated sequence of digits; the repetition may start after a certain point; such a number would also be rational, for example 0.88204204204204204...
.75
You can select which barrel fires first.
I assume you mean that the sequence continues this way. No, it is not. To be rational, the same pattern - excatly the same sequence of digits - must repeat over and over, since any fraction (i.e., rational number) converted to decimal has this type of pattern.
First you either cheat on them or you start to lie to them then you start to hate being by them or with them then you cant even stand the sight of them and then last you slap them and then break up and say its OVER..........:(
The answer is any member of the sequence 40n - 22 for n = 1, 2, 3, ...The answer is any member of the sequence 40n - 22 for n = 1, 2, 3, ...The answer is any member of the sequence 40n - 22 for n = 1, 2, 3, ...The answer is any member of the sequence 40n - 22 for n = 1, 2, 3, ...
It is a famous sequence but it is not the most famous sequence.It is famous because, despite its simplicity, its elements can be found all over nature: from the spirals in the seeds of a pine cone or sunflower, to shell spirals, and the number of leaves per turn.
An Over
There are three main parts of a gene. First, the promoter includes when and where the gene should be transcribed. Then, the coding sequence contains the instructions for making a protein. Last, the terminator indicates that the coding sequence is over.
Pi has been calculated to over 1 trillion places, but it has an infinite number of places since it's sequence never repeats.
1,000,001