Orders for a computer are summarized by the optional features that are requested. The proportion of orders with no optional features is 0.24. The proportion of orders with one optional feature is 0.38. The proportion of orders with more than one optional feature is 0.38. (a) What is the probability that an order requests at least one optional feature? Round your answer to two decimal places (e.g. 0.98). (b) What is the probability that an order does not request more than one optional feature? Round your answers to two decimal places (e.g. 0.98). (a) i (b)

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Draw the block diagram of a CPU showing the basic units. Explain the functions of each unit shortly.

1 Please summarize at least two logic families, including a comparison between the two as if you were writing a document for an electrical or computer engineer. In other words, a technical description that conveys that you know something about integrated circuits. 2 Rewrite the above description, but for another audience. Specifically, someone who is not technical and has never attended a college. This audience would not understand many of the words and phrases used throughout the course.

---CIRCUITS TO BOOLEAN FORMULAS--- Write a Boolean formula for the following circuit:

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…

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Your Aunt Mary would like you to design a digital logic circuit that monitors the conditions in a room of her house where her seven cats live. The room’s temperature is monitored by a temperature sensor. The room’s humidity is monitored by a humidity sensor.  The air quality of the room is monitored by a special sensor that measures fur-ball density. The three sensors output a one (1) to indicate an out-of-range condition. Located outside of the room is an ALERT light that is on (1) whenever two or more sensors are out-of-range.     Create a truth table that captures the functionality of this room monitoring system.   Using the truth table that you just created, write the un-simplified logic expression for the ALERT light. Be sure that your answer is in the Sum-of-Products form.