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Page 1: people.math.umass.edupeople.math.umass.edu/~markman/math300_spring16/excercise-set2.pdf · 1 and ax + by c has a positive integer solution, then so does ax + by d when d > c. Write
Page 2: people.math.umass.edupeople.math.umass.edu/~markman/math300_spring16/excercise-set2.pdf · 1 and ax + by c has a positive integer solution, then so does ax + by d when d > c. Write
Page 3: people.math.umass.edupeople.math.umass.edu/~markman/math300_spring16/excercise-set2.pdf · 1 and ax + by c has a positive integer solution, then so does ax + by d when d > c. Write
Page 4: people.math.umass.edupeople.math.umass.edu/~markman/math300_spring16/excercise-set2.pdf · 1 and ax + by c has a positive integer solution, then so does ax + by d when d > c. Write
Page 5: people.math.umass.edupeople.math.umass.edu/~markman/math300_spring16/excercise-set2.pdf · 1 and ax + by c has a positive integer solution, then so does ax + by d when d > c. Write
Page 6: people.math.umass.edupeople.math.umass.edu/~markman/math300_spring16/excercise-set2.pdf · 1 and ax + by c has a positive integer solution, then so does ax + by d when d > c. Write