2.3 Proof Demorgan's theorerm xy x+5 by creating truth tables for 2.4 Proof Demorgan's theorem xry-ij by creating truth tables for 2.5 Draw the circuit schematic forf+yz and then convert the f = and g = +Are the two truth tables identical? f-x+y and g . Are the two truth tables identical? schematic to NAND gates using the steps illustrated in the textbook. y-1, and z 0. 2.6 Evaluate f= (x + y)(F + z) for x-| , y-0, and z-1 and for x-| , 2.7 Draw the circuit schematic for f x+y+ z) and then convert the schematic to NOR gates using the steps illustrated in the textbook. 2.8 Given f-xy+yz (an SOP expression) determine its equivalent POS expression. Hint: First find the SOP of and then use the rule POS expression off-Conmplement of the SOP expression off". 2.3 Proof Demorgan's theorerm xy x+5 by creating truth tables for 2.4 Proof Demorgan's theorem xry-ij by creating truth tables for 2.5 Draw the circuit schematic forf+yz and then convert the f = and g = +Are the two truth tables identical? f-x+y and g . Are the two truth tables identical? schematic to NAND gates using the steps illustrated in the textbook. y-1, and z 0. 2.6 Evaluate f= (x + y)(F + z) for x-| , y-0, and z-1 and for x-| , 2.7 Draw the circuit schematic for f x+y+ z) and then convert the schematic to NOR gates using the steps illustrated in the textbook. 2.8 Given f-xy+yz (an SOP expression) determine its equivalent POS expression. Hint: First find the SOP of and then use the rule POS expression off-Conmplement of the SOP expression off