Implement the following functions using the two decoders and two OR gates shown. Use the drop down menus to select the values you would like for the inputs and enables of the decoders. Then use the drop downs to select which decoder outputs go to which OR gate inputs. Note that only uncomplemented inputs are available. NOTE: The choices for in_1 and in 2 must be in alphabetical order with the choice for in_1 coming before in 2 in the alphabet. NOTE: The choices for in_3 and in _4 must be in alphabetical order with the choice for in_3 coming before in_4 in the alphabet. f(a,b,c,d) = ab'd' + a'bd' g(a,b,c,d)= abd + a'b'c in_1 in_2 lo_0 -lo_1 -lo_2 lo_3 f_or_1 f_or_2 9 en_lo in_34 in_4- g -hi_o -hi_1 -hi_2 hi_3 g_or_1- 9_or_2- en_hi Choice for en_lo: Choice for in_7: (Select Choice for f_or_1: [Select) [ Select] Choice for in 2: Choice for en_hi: [ Select] Choice for f_or_2: [ Select] [ Select] Choice for in_3 Select) Choice for g_or_1: (Select] Choice for in_4 [Select] Choice for g_or_2: [ Select] Implement the following functions using the two decoders and two OR gates shown. Use the drop down menus to select the values you would like for the inputs and enables of the decoders. Then use the drop downs to select which decoder outputs go to which OR gate inputs. Note that only uncomplemented inputs are available. NOTE: The choices for in_1 and in 2 must be in alphabetical order with the choice for in_1 coming before in 2 in the alphabet. NOTE: The choices for in_3 and in _4 must be in alphabetical order with the choice for in_3 coming before in_4 in the alphabet. f(a,b,c,d) = ab'd' + a'bd' g(a,b,c,d)= abd + a'b'c in_1 in_2 lo_0 -lo_1 -lo_2 lo_3 f_or_1 f_or_2 9 en_lo in_34 in_4- g -hi_o -hi_1 -hi_2 hi_3 g_or_1- 9_or_2- en_hi Choice for en_lo: Choice for in_7: (Select Choice for f_or_1: [Select) [ Select] Choice for in 2: Choice for en_hi: [ Select] Choice for f_or_2: [ Select] [ Select] Choice for in_3 Select) Choice for g_or_1: (Select] Choice for in_4 [Select] Choice for g_or_2: [ Select]