A traffic light system uses logic gates as part of the control system. The system is operated when the output D has the value . This happens when either (a) signal A is red or (b) signal B is green and signals B and C are both red( NOTE: Assume for this problem that red=0 and green =1) Deduce the truth table for the system and the Boolean expression from the truth table, Hence Design a logic circuit or network

How can these logic equations be modified to remove potential timing glitches? AB' + A'C + BC' (A' + B)(A+C')(B'+C)

13)In a ladder logic program, one should never A)use the name of a coil for a contact B)use a coil with a designation other than %Q C)use the same coil as an output on more than one rung D)use the same contact on more than one rung

1) (a) Convert binary number 1011101 to a decimal number.(b) Perform the following binary subtraction using the one’s complement method. 11010 -101112) A logic circuit is given below. (a) Draw and fill out a truth table for the logic circuit (Tip: you can add columns for intermediate outputs C, D and E for a help).(b) Derive the Boolean expression from the truth table. 3) The Boolean expression of a logic operation is given below(a) Simplify the Boolean expression using Boolean algebra and De Morgan’s Theorems(b) Draw the circuit to implement the expression you obtain using NAND or NOR gates only.4) In the context of semiconductors, describe the following:(a) Intrinsic and extrinsic semiconductor. (b) Drift velocity of carriers.(c) Band-gap energy.(d) Frequency of light emitted by an LED. 5) Explain how doping a pure silicon crystal with donor impurity atoms makes more charge carriers available for conduction.Does the above doping result in a p-type or n-type semiconductor? Explain…

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Please prepare task according to image.Thank you!

PLease Explain the design process of this thoroughly