Objective To practice the analysis of digital circuits using Boolean algebra and other methods. Analysis Perform the following analyses lor one of the ten given circuits. The circuit you have to analyze is assigned on pages 19-22. Remove all the internal bubbles and bubbles at the outputs in the circuit by applying DeMorgan's theorem so that the circuit consists of only AND gates and OR gates, and INVERTERS. INVERTERS can only be used for the inversion of inputs. Redraw your circuit using the given gates. They consist of four INVERTERS which are used for A', B' C' and D' four 3-input AND gates, four 2-input AND gates, four 3-input OR gales, and four 2-input OR gates. Draw your circuit in the bottom half of the schematic template. Minimize the number of gates in your circuit by removing duplicate gates. Use G_1, G_2, G_3, G_4, G_5, and G_6 for the outputs of your circuit. If your circuit is correct, the value of G, should be the same as that for F, for i = 1 to 6 Objective To practice the analysis of digital circuits using Boolean algebra and other methods. Analysis Perform the following analyses lor one of the ten given circuits. The circuit you have to analyze is assigned on pages 19-22. Remove all the internal bubbles and bubbles at the outputs in the circuit by applying DeMorgan's theorem so that the circuit consists of only AND gates and OR gates, and INVERTERS. INVERTERS can only be used for the inversion of inputs. Redraw your circuit using the given gates. They consist of four INVERTERS which are used for A', B' C' and D' four 3-input AND gates, four 2-input AND gates, four 3-input OR gales, and four 2-input OR gates. Draw your circuit in the bottom half of the schematic template. Minimize the number of gates in your circuit by removing duplicate gates. Use G_1, G_2, G_3, G_4, G_5, and G_6 for the outputs of your circuit. If your circuit is correct, the value of G, should be the same as that for F, for i = 1 to 6