On Friday, September 22, 2017 at 11:46:59 PM UTC-5, Cai Gengyang wrote: > Input : > > # Assign True or False as appropriate on the lines below! > > # (20 - 10) > 15 > bool_one = False # We did this one for you! > > # (10 + 17) == 3**16 > # Remember that ** can be read as 'to the power of'. 3**16 is about 43 > million. > bool_two = False > > # 1**2 <= -1 > bool_three = False > > # 40 * 4 >= -4 > bool_four = True > > # 100 != 10**2 > bool_five = False > > print ("bool_one = ", bool_one) > print ("bool_two = ", bool_two) > print ("bool_three = ", bool_three) > print ("bool_four = ", bool_four) > print ("bool_five = ", bool_five) > > > Output : > > ('bool_one = ', False) > ('bool_two = ', False) > ('bool_three = ', False) > ('bool_four = ', True) > ('bool_five = ', False) > > > Is my logic / input / output correct ? Thanks a lot ...
This looks like homework, and not a very well designed homework either. It seems the instructor wants you to provide the value of each "rich comparison expression" by assigning a boolean to an enumerated variable. As far as your "logic and IO being correct", i don't see a request for any of those things, based on what you provided here. If you want to check the expressions, just copy/paste them into a Python console. # Python2.x (with dependancy) >>> from sanity import * >>> if isbadidea('typehints'): ... print 'Duh!' ... else: ... print 'Duh!' Duh Yep. My sanity module could have saved the BDFL a lot of headaches. And possibly his cushy job at GooglePlex... -- https://mail.python.org/mailman/listinfo/python-list