class SPFPrime
	def initialize(max)
		@spf = (0..max).to_a
		sqmax = Math.sqrt(max).ceil
		4.step(sqmax, 2) { |i| @spf[i] = 2 }
		3.step(sqmax, 2) { |i| (i*i).step(max, i) { |j| @spf[j] = i if @spf[j] == j } if @spf[i] == i }
	end
	def prime?(n); @spf[n] == n; end
	def each; (2..max).each { |i| yield i if @spf[i] == i }; end
	def factorize(n); fs = []; while n > 1; f = @spf[n]; fs << f; n /= f; end; fs; end
end

T = gets.to_i
testcases = Array.new(T) {
    n = gets.to_i
    n /= 2 while n % 2 == 0
    n /= 5 while n % 5 == 0
    n
}
prime = SPFPrime.new testcases.max
testcases.each do |n|
    len = 1
    prime.factorize(n).tally.each do |(p, e)|
        count = 1
        repnov = 9 % p
        until repnov == 0
            repnov = (repnov * 10 + 9) % p
            count += 1
        end
        count *= p ** (e - 1)
        len = len.lcm(count)
    end
    puts len
end