1. Build and test a 1-bit full adder in Multisim. (a) Construct the circuit shown in Fig. 3 using INTERACTIVE DIGITAL CONSTANT parts for the inputs and Probe parts to display the Sum and Carry Out. Include the schematic in your Pre-lab. (b) Apply all 8 input combinations and record the outputs ( mathrm{S} ) and Corr in a truth table similar to solutionspile.com

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1. Build and test a 1-bit full adder in Multisim. (a) Construct the circuit shown in Fig. 3 using INTERACTIVE DIGITAL CONSTANT parts for the inputs and Probe parts to display the Sum and Carry Out. Include the schematic in your Pre-lab. (b) Apply all 8 input combinations and record the outputs  (  mathrm{S}  ) and Corr in a truth table similar to Table 4. Are your results correct?  Figure 3. Full adder logic circuit. The truth table is given in Table  ( 4 .  ) solutionspile.com

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