Motor!

 We measured the energy flow going to the motor using the multimeter. It was steady at around 25 volts, but when we held the end of the motor and tried to slow it down manually, the amount of energy going to the motor increased. So the more resistance, the more energy required to keep the motor going.

This is a really low quality video of the motor moving back and forth using the blink function.

Toy Circuit

 We made a circuit with a diode and relay, and we used the blink program to make a toy cell phone make noises periodically.

When a motor was connected, the same thing happened, except the motor spun periodically.

Game Controller

 After constructing the game controller, I made a physical interface for it. I fed the wires through a box to a slide-button type controller and hid the bread box inside the bottom layer of the box. To play the game, one simply slides the aluminum finger pads onto the squares on the panel to complete the circuits.

3 Button Tetris!

 In class we set up a circuit that allowed us to play Tetris with three buttons: Left, Right, and Rotate.