Question

using equlid division lemma find the hcf of 1190and 1254

Answer 1

here's your answer mate. :)

Answer 2

$1254 = 1190 \times 1 + 64 \\ but \: r = not \: to \: 0 \\1190 = 64 \times 18 + 38 \\but \: r = not \: to \: 0 \\ 64 = 38 \times 1 + 26 \\ but \: r = not \: to \: 0 \\ 38 = 26 \times 1 + 12 \\ but \: r = not \: to \: 0 \\ 26 = 12 \times 2 + 2 \\ but \: r = not \: to \: 0 \\ 12 = 2 \times 6 + 0 \\ hence \: \: r = 0 \\ therefore \\H. C. F = 2.$




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