561.170454545

What are the odds that 17 and 45 45 45 are in the decimal digits?

We need a statistics fag

Also 45 repeats for infinity when rounding

The result of dividing 1135809 by 2024, rounded to 100 decimal places, is approximately:

561.170454545454545454545454545454545454545454545454545454545454545454545454545454545454545454545454545

Edit:

I asked ChatGPT:

Calculating the exact probability of a specific sequence of decimal digits occurring as a result of a division between a random 8-digit number and 2024 is quite complex due to the nature of random number distribution and the factors involved in the division.

However, we can make a rough estimate based on the assumption that each digit in a random 8-digit number is equally likely and independent of the others. The probability of any specific sequence of digits occurring in an 8-digit number is 1 in 10^8 (10 to the power of 8), which is 1 in 100,000,000.

Now, the probability of getting a specific sequence of 12 digits (170454545454545) in the decimal expansion of the division result is even lower, considering the range of possible results.

Since there are numerous factors and assumptions involved, the "extremely low odds" would indeed be on the order of 1 in many millions or even billions.

Remember, these estimates are rough and simplified, and actual probability calculations would require more detailed analysis and consideration of the specific mathematical properties at play.

note, i got a C in statistics in college so I don't know if I'm asking the right question to ChatGPT