3.1 Determine the conducting state (ON or OFF) for each of the n-channel MOSFET's shown below. 3.2. Determine the conducting state (ON or OFF) for each of the p-channel MOSFETs shown below. 3.3 Determine the value(s) of the inputs that must be applied to turn the n-channel MOSFET ON. 3.4 Determine the values of the inputs that must be applied to turn the pFET ON.

3.1 Determine the conducting state (ON or OFF) for each of the n-channel MOSFET's shown below. 3.2. Determine the conducting state (ON or OFF) for each of the p-channel MOSFETs shown below. 3.3 Determine the value(s) of the inputs that must be applied to turn the n-channel MOSFET ON. 3.4 Determine the values of the inputs that must be applied to turn the pFET ON.

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3.1 Determine the conducting state (ON or OFF) for each of the n-channel MOSFET's shown below. 3.2. Determine the conducting state (ON or OFF) for each of the p-channel MOSFETs shown below. 3.3 Determine the value(s) of the inputs that must be applied to turn the n-channel MOSFET ON. 3.4 Determine the values of the inputs that must be applied to turn the pFET ON.

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