There are 100230 '3's in the first million digits of pi.
There are 70,674 3's in the first million digits of pi. * * * * * There are 100,230 3s and 100,106 9s. Since the decimal representation of pi is essentially random, the number of times any digit appears should be approximately 10% of the total number of digits. So, for a million digits, there should be around 100,000 of any digit so it should have been immediately apparent that the previous answer was extremely unlikely. In fact it was incorrect to a very large degree!
28 3s
9
24 of them
There are: 21/3 = 7
There are 70,674 3's in the first million digits of pi. * * * * * There are 100,230 3s and 100,106 9s. Since the decimal representation of pi is essentially random, the number of times any digit appears should be approximately 10% of the total number of digits. So, for a million digits, there should be around 100,000 of any digit so it should have been immediately apparent that the previous answer was extremely unlikely. In fact it was incorrect to a very large degree!
In the number 514482441, the first pair of 3s does not exist, as there are no 3s present in the number. However, if we consider the pairs of digits, the relationship between any two identical digits can be analyzed in terms of their positions. For example, if we look at pairs of identical digits like 4s, we can say they occupy the 5th and 6th positions in the number, showcasing a similar positional relationship that would apply to any other pairs of identical digits, if they existed.
28 3s
To find out how many 3s go into 140, divide 140 by 3. This gives you approximately 46.67. Since we're looking for whole 3s, you can fit 46 complete 3s into 140.
16
9
4
37.6666667
2,560
24 of them
There are: 21/3 = 7
3000/3 = 1000