7. A truth table with three inputs has how many switch combinations? 8. A truth table with five inputs has how many switch combinations? 9. The OR gate's unique output is a occurs when all inputs are 7. 8. (0, 1), which only 9. (HIGH, LOW).

Conclusion From your life experiences, list 3-5 examples of products that you have used that contain combinational logic.         Throughout this activity we used switches for the circuit inputs and a probe for the circuit outputs. Though this works fine for testing purposes, it is not practical for real-world applications of combinational logic circuits. List three input and three output devices that would be used with real world applications of combinational logic.         Going Further – Optional As mentioned in the purpose section of this activity, combinational logic circuits can be implemented with a variety of different logic gates. One such gate is called the NAND gates (see below). Functionally, the NAND gate is an AND gate with its output inverted.  The picture added goes here    Using what you know about the AND gate and Inverter gates, complete the truth table for the NAND gate. A B C 0 0   0 1   1 0   1 1…

Explain the concept of fault analysis in power systems and the various types of faults encountered.

The following figure shows SR latch that is the most fundamental building block using static gates. Answer the following questions.(Note: You should show all the steps)   1. What are the outputs Q and Q when both inputs S and R are FALSE (or “0”)?   2. Fill out the truth table of SR Latch.

The circuit below is called a majority vote circuit. It will turn on an active-HIGH indicator lamp only if a majority of inputs (at least two out of three) are HIGH. Write the Boolean expression for the circuit. Sensor A Sensor B Sensor C A CA Y Indicator Lamp

Please solve this question Thank you so much