This assignment is ment to allow you to research some form of the computer industry that interests you.

Steps:

1. Choose a topic and have it approved by me.
2. Research the topic on the internet.
3. Prepare a ten minute presentation on your topic.
4. Discuss a date to present with me. Only two presentations per day. All presentations must be done before Christmas.

1. Using simple gates create a one bit flip-flop.
2. String eight JK flip-flops together to make a counter. Look at this file for help.
   Flip-flops are the fifth item down on the right side of the tool bar in MMLogic. You will have to go into the properties to change it to a JK flip-flop. The JK flip-flop implementation in MMLogic has a bug and will require you to flip the data switch to activate each flip-flop in turn.
3. Read the help file on memory.
   Memory has two types of input:
   Data: one byte of binary data that needs to be stored.
   Address: one byte representing the location that the data will be stored into.
   
   Input five different pieces of data into five different addresses then read the data out of each address into eight LEDs.
4. Read the help file on ALU. Create a program that uses switches to input into the ALU and adds the two numbers. The program should then write the result to LEDs.

Please write the following programs in Delphi.

1. Write a program that has a button. When the button is pressed the button's caption is changed to "Hello World".
2. Write a program that has two buttons and a label. One button's caption is "Hello" and the other's is "Good-Bye". When the Hello button is pressed the Label should read "Hello" and when the Good-Bye button is pressed the Label should read "Good-Bye".
3. Write a program that simulates a traffic light using buttons and shapes. There should be three circles colored Red, Yellow, and Green. Each button should correspond with one of the circles. When the button is pressed the light should turn on.
4. Using the program from question number three as a template (save under a new name) add a timer to the program to allow the lights to change with no human interaction.
5. Add to question number four (save under a new name) graphics to represent an intersection. At very least you should have four stop lights that work in harmony with each other. You may also add roads, cars, and pedestrians ... be creative.

Using this web page as a resource create simulations in MMLogic that prove each of the boolean laws.

This is an example of Commutative Law.

After you have completed all of the MMLogic programs Test your knowledge. (You might see questions like this again somewhere!)