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Directions: Respond to the prompts below (no more than 1 single-spaced page in Arial 11-point font) by typing your responses within the brackets following each prompt. Do not delete or alter any original text on this form (including the header, footer, title, directions, and prompts); both the original text and your responses are included in the total page count allowed. Pages exceeding the maximum will not be scored.

Directions: Click on the links to watch videos or read text related to the question. Use complete sentences and spell check your document.

3) Revise the following list so that the lead-in is clear, easy to understand, and punctuated correctly. In addition, be sure the bullet items are grammatically parallel with one another.

List the inputs, any processes/calculations, and outputs. Use the same valid variable names you used in Step 1.

Instructions: Copy and paste the following text into a document or create a document that

Next, you will add the AND and OR gates necessary to complete the circuit equations you derived in the lab report, part 1 section. The output F for the canonical SOP circuit should be shown on LEDG[0]. The output G for the canonical POS circuit should be connected to LEDG[1].

The paragraphs are also very choppy and need to be revised to flow much better.

Now that you have completed your project, you need to look back at your proposal and compare it with your finished product. You need to answer the following questions as completely and honestly as possible.

As these flip-flops have a positive edge trigger for the clock input, this means every time the clock input goes from LOW to HIGH, it triggers the flip-flop, updating the Q output to whatever the D input is, assuming the SET and RESET inputs of the flip-flop are both inactive, which they are in this circuit (Digital Electronics, 2014). At the start, the D input will be HIGH, because D is connected to the inverted Q output (PyroElectro, 2013). However, the 555 timer has a HIGH output at the start, but due to the fact the flip-flop triggers when the clock input goes from LOW to HIGH, the counter still starts off counting from 0, because it takes one count for the clock to go back to LOW then to HIGH again. As the clock counts, every second count of the previous flip flop will cause the next flip-flop to change state. Thinking back to simple binary theory, this makes sense. As a digit in binary is double the previous one, every second time the previous digit changes state, the next digit should change state once. As this is a four bit counter, once the fourth digit changes state from HIGH to LOW, the counter resets, and counts from zero

Set the output bit according to the year/month. For example, for a 10 year span and start time as 2018/01 and the period as 10. Any time before (2018+5)/01, the output bit will be 0. Between (2018+10/2)/01 to (2018+10)/01, the output bit will be 1. Then every 5 years, the output will toggle from 0 to 1 and vice

The document uses consistent font for all content. It uses bold type faces and colors to hi

Please use Times New Roman 12 point font (the same as this document) and indent the first line of every paragraph one tab.

• Use no font smaller than 12 pitch (if I cannot read it you won’t get credit)

Punctuate the following passage, inserting capital letters where necessary. Use such paragraphs as you consider will improve understanding and style.

Choose the right font and size. Times New Roman 12 has been the long standing standard. Keep italics, underlining, bold, and the use of bullets to a minimum and stay consistent with the style you choose.