## Happy 2022!

2022 is abundant, composite, even, evil, square-free, and untouchable.

In addition, 2022 is the smallest number n such that n, n+1, n+2, and n+3 have the maximal exponents in prime factorization equal 1, 2, 3, and 4 correspondingly. Indeed, 2022 = 2·3·337, 2023 = 7·17^{2}, 2024 = 2^{3}·11·23, and 2025 = 3^{4}·5^{2}.

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Problem.The numbers 2^{2021}and 5^{2021}are expanded, and their digits are written out consecutively on one page. How many total digits are on the page?

## TMPRSS2:

Happy 2022!!

(16682658282481)^3 +(53569945145481340779317795455694887946455915369273425239949177706463491487662277471929020010421900308946990929361260010315384419607399003466066035401249081639938095775395163723860718729197941694571507147777116105613183307154746871771308554680828)^3 +(3799493282830239438492224482691690909566619472854971357390219606335900386951333682126198574578485187205013112380672962324296382818471396758867711250989008236860018335444893297349120779943212574909820372429439350519300231559090380238923149583054941586289679546165925407521647277798487291823580372782934471884818982016141906)^3 = 3^2022

1 January 2022, 8:09 am## Lilac:

Let 2^2021=a*10^b is a b+1 digit number and 5^2021=10/a*10^c is a c+1 digit number with 1<a<10 and b,c in Z so that 10^2021=10*10^(b+c) or b+c=2020 gives n+1=2022 total digits on the page! Happy 2022 to you too!

5 January 2022, 3:33 pm## hasnoname:

Haha… 2022

its basically ceiling(log (x)) + ceiling (log (y))

15 January 2022, 1:41 am