999 = 27 x 37
1 x 999, 3 x 333, 9 x 111, 27 x 37
if by repeating you mean 0.2599999999... i think most fractions and calculators round up to 0.260. if you mean 0.259259259 then the fraction would be 259/999From Superscot85: 0.259259... = 7/27There is a method for converting repeating decimals to proper fractions:Put the repeating digits as the numerator and the same number of Nines as the denominator: in this case 259/999. The prime factors of 259 are 7 & 37 so you get (7 x 37)/999; 999 = 27/37 so you have (7 x 37)/ (27 x 37), which simplifies to 7/27.
27 = ((13/37) * 27) + b b = 17,51or27 = (13/(37*27)) + bb = 26,987or27 = (13/((37*27)+b))b = -998,52
1998
999 = 27 x 37
37 x 3/4 = 111/4 = 27¾ in
That's the same as 37/5 x 2/27 = 74/135
37 is already prime. 3 x 31 = 93 No common prime factors, the GCF is 1.
1 x 999, 3 x 333, 9 x 111, 27 x 37.
There can be all sorts of equations for a solution such as 27. Some examples would be: x + 10 = 37 x2 = 729 x - 10 = 17 where x = 27, in all equations.
1 x 999, 3 x 333, 9 x 111, 27 x 37
if by repeating you mean 0.2599999999... i think most fractions and calculators round up to 0.260. if you mean 0.259259259 then the fraction would be 259/999From Superscot85: 0.259259... = 7/27There is a method for converting repeating decimals to proper fractions:Put the repeating digits as the numerator and the same number of Nines as the denominator: in this case 259/999. The prime factors of 259 are 7 & 37 so you get (7 x 37)/999; 999 = 27/37 so you have (7 x 37)/ (27 x 37), which simplifies to 7/27.
27 = ((13/37) * 27) + b b = 17,51or27 = (13/(37*27)) + bb = 26,987or27 = (13/((37*27)+b))b = -998,52
Prime factorization of 297891 = 33 x 11 x 17 x 59 Prime factorization of 2187 = 37 gcd(297891, 2187) = 33 = 27.
37-10 = 27
27^2=729 729+37=766