Questions:\ Create a Xilinx project called

LAB2

in the same way that you did the projects

AND_(O)R3

and INVERT In this new project prove the following:\ a) A 2-input NAND gate is equivalent to a 2-input AND gate followed by a NOT gate.\ b) A 2-input NOR gate is equivalent to a 2-input OR gate followed by a NOT gate.\ c) A 2-input NAND gate is equivalent to an inverter when the two inputs are tied together.\ d) A 2-input NOR gate is equivalent to an inverter when one of the inputs is connected to ground.\ Draw the truth tables in the following to demonstrate your results obtained in the last step. Do they match what you expected?\ a)\ b)\ c)\ d)

1. Create a Xilinx project called LAB2 in the same way that you did the projects AND_OR3 and INVERT In this new project prove the following: a) A 2-input NAND gate is equivalent to a 2-input AND gate followed by a NOT gate. b) A 2-input NOR gate is equivalent to a 2-input OR gate followed by a NOT gate. c) A 2-input NAND gate is equivalent to an inverter when the two inputs are tied together. d) A 2-input NOR gate is equivalent to an inverter when one of the inputs is connected to ground. 2. Draw the truth tables in the following to demonstrate your results obtained in the last step. Do they match what you expected? 1. Create a Xilinx project called LAB2 in the same way that you did the projects AND_OR3 and INVERT In this new project prove the following: a) A 2-input NAND gate is equivalent to a 2-input AND gate followed by a NOT gate. b) A 2-input NOR gate is equivalent to a 2-input OR gate followed by a NOT gate. c) A 2-input NAND gate is equivalent to an inverter when the two inputs are tied together. d) A 2-input NOR gate is equivalent to an inverter when one of the inputs is connected to ground. 2. Draw the truth tables in the following to demonstrate your results obtained in the last step. Do they match what you expected