_{I need help on section A and B. If you can also write something up for section C that would be great :)}

Imagine a hardware protocol that treats negations (~) and conditionals () as fundamental logical operations. Under this protocol, design an electronic switch with three input wires that transmits a voltage only when exactly one of the input wires carries a voltage. In other words, the switch requires voltage from at least one input wire to be activated, but any additional voltages act as inhibitors and stop the current flow. Let p, q, and r represent the input voltages of the three wires, respectively. A "true" value indicates a voltage in that wire. a) Compose a logical statement form to represent the function of the switch under the specified hardware protocol. That is, par switch compose a logical statement form containing only negations TTT F and conditionals that is true only when exactly one of p, q, and TIF F rare true, as shown in the truth table. TFT F b) Contstruct a truth table to verify that your statement form TFF I accurately mimics the desired action of the switch. FIT F. c) Explain your switch design. Document the process you FTET followed as you built the more complex structure of the switch FFT I from the fundamental operators. If it helps, you may consider FFF F that you're writing hardware documentation