In 1962, Rosser in a paper proposed this formula to estimate the number of primes:
$$0.6x/\ln x < \pi(2x)-\pi(x) < 1.4x/\ln x.$$
How can this formula be used to estimate upper bound and the lower bound of the number of 512-bit prime numbers?
In 1962, Rosser in a paper proposed this formula to estimate the number of primes:
$$0.6x/\ln x < \pi(2x)-\pi(x) < 1.4x/\ln x.$$
How can this formula be used to estimate upper bound and the lower bound of the number of 512-bit prime numbers?
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