Python
def auto_morphic(num): return str(num*num)[-1] == str(num)[-1]
More tests:
print(auto_morphic(13), False) print(auto_morphic(25), True) print(auto_morphic(6), True) print(auto_morphic(625), True) print(auto_morphic(225), True) print(auto_morphic(1), True) print(auto_morphic(2), False) print(auto_morphic(3), False) print(auto_morphic(4), False) print(auto_morphic(5), True) print(auto_morphic(6), True) print(auto_morphic(7), False) print(auto_morphic(8), False) print(auto_morphic(9), False) print(auto_morphic(10), True) print(auto_morphic(11), True) print(auto_morphic(12), False)
11 should be false?
11 * 11 is 121, which ends in 1 hence return True.
oops - i interpreted the problem incorrectly as only the one’s digits needing to match.
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Python
More tests:
11 should be false?
11 * 11 is 121, which ends in 1 hence return True.
oops - i interpreted the problem incorrectly as only the one’s digits needing to match.