The maxterm expression for the function g(a, b,c) given: g(a, b,c) = a'b' + ac'question 1 options: a) ? m(2,3,5,7)b) ? m(0,1,6)c) ? m(0,4,5,6)d) none of the abovethe maxterm expression for the funhide hint for question 1expand the function g(a, b,c)savequestion 2 (4 points)question 2 unsavedfor the function: f(a, b,c, d) = bd' + b'dwhat would be the canonical sum of products expansion? question 2 options: a) f(a, b,c, d)= a'bc'd'+ a'bc'd + a'bcd' + a'bcd + abcd'+ abcdb) f(a, b,c, d)= a'bc'd'+ a'bc'd + a'bcd' + a'bcd + abc'd'c) f(a, b,c, d)= a'b'c'd + a'b'cd + a'bc'd' + a'bcd'+ ab'c'd + ab'cd + abc'd' + abcd'd) the function is already expressed in canonical formsavequestion 3 (3 points)question 3 unsavedthe simplified product-of-sums expressions may be easily implemented into actual logic circuits using all with little or no increase in circuit complexity. question 3 options: or gatesand gatesnor gatesmultiple-input inverterssavequestion 4 (2 points)question 4 unsavedsimplifying logic circuits results in: question 4 options: fewer potential faults. fewer connections. fewer gates. all of the abovesavequestion 5 (3 points)question 5 unsavedgiven f1 = ? m(0, 3, 5, 7) and f2 = ? m(0, 4, 6, 7) the maxterm expression for f1f2 is: question 5 options: f1f2 = ? m(0, 3, 4, 5, 6, 7)f1f2 = ? m(1, 2)f1f2 = ? m(0, 4, 6)none of the abovesavequestion 6 (4 points)question 6 unsaveda combinational logic circuit which has one output z and 4-bit input abcd representing a binary number. z should be 1 if and only if the input abcd represents an odd number greater or equal than 5 (abcd = 0101, ). what is the minimum solution for z(a, b,c, d) given in sum-of-product? question 6 options: z(a, b,c, d) = a'b + ab'cd' + ab'c'z(a, b,c, d) = a'b + ab'd' + ab'c'z(a, b,c, d) = bd + adnone of the abovesavequestion 7 (3 points)question 7 unsavedthe symbol for a flip flop has a small triangle - and no bubble - on its clock (clk) input. the triangle indicates: question 7 options: the ff is level active and can only change states when the clock = 1.the ff is edge-triggered and can only change states when the clock goes from 1 to 0.the ff is an active low device and can only change states when the clock = 0.the ff is edge-triggered and can only change states when the clock goes 0 to 1.