Introduction to Arduino and Physical Computing

Description
The purpose of this assignment was to create a simple circuit using arduino borad to contrl an LED and make it blink. One end of the LED was attahed to ground and the other end to pin 13 of Adruino uno. There was a resistor between pin 13(source) and the LED. The blinking of the LED was controlled using a program written on Adruino .
Components used:
220 ohm resistor (red red brown gold)
1 green LED

/*

  Blink

  Turns on an LED on for one second, then off for one second, repeatedly.

  This example code is in the public domain.

 */

// Pin 13 has an LED connected on most Arduino boards.

// give it a name:

int led = 13;

// the setup routine runs once when you press reset:

void setup() {                

Description
I made an LED flash five times per second.

Components Used
List what you used in your assignment.
Example:
1- Arduino Uno
1- 220 Ω Resistor
1- Breadboard
1- Red LED

Description: The goal was to get familiar with some of the technology used in the Tangible UI class. In order to do so, we were assigned a task-- to construct a flashing LED using the breadboard, arduino software and hardware, LED lighbulbs, and other things. In order to show that the software and code worked, I changed the LED on time to 182 and the delay time for 100. The 220 Ω resistor was used, and the code was part of the arduino software's example code which is in the public domain.
Components Used:

Description:
Construct a flashing LED using the Arduino and an LED, using a potentiometer to moderate the through current. Copied and Pasted first Arudino code from Arduino website.
Components:
1 - Arduino
1 - Breadboard
1 - 220 Ohm Potentiometer
1 - LED
1 - Mac OSX with Arduino software installed
4 - Electrical wires for connecting components
Code:

Description
In this lab, I built a simple circuit and programmed an Arduino Uno to make an LED blink. I chose my blinking pattern to be “on” for 3 seconds then “off” for 2 seconds.
Components Used
1- Arduino Uno
1- 1 kΩ resistor (I didn’t have a 220Ω resistor at home)
1- Breadboard
1- LED (red)
Code
/*
  Blink
  Turns on an LED on for three seconds, then off for two seconds, repeatedly.
 

Description

This lab was an introduction to the Arduino environment and to setup our laptop. We used  pre-existing code and the arduino to control the blinking frequency of an LED. The frequency was altered by changing the duration of high and low signal (in ms).  

I added two 220 ohm resistors in parallel from output PIN 13 to 2 LED's (Red, Blue) that would blink at the same rate. I changed the rate from 1 Hz to 2Hz by changing the high/low duration to 500ms. 

Description
Our first lab assignment was an introduction to Arduino and physical computing. We installed the Arduino software onto our computers and created a simple circuit to make an LED flash on and off. I modified the existing code which turns an LED on for one second and off for one second to flash on for only a tenth of a second and off for 5 seconds.
 
Components Used
1- Arduino UNO
1- breadboard
1- LED
1- 220 ohm resistor
2- colored wires
 

Description: The purpose of the lab was to create a simple LED blinking circuit using the Arduino. I created a simple SOS sequence corresponding to morse code. This consisted of creating a series of three short blinks ("dots") followed by a series of three longer blinks ("dashes") followed by the original three short blinkes ("dots"). 

The purpose of this assignment was to make the led light in the circuit blink faster. In order to first build the circuit, I used the following :
1. Arduino UNO Microcontroller
2. LED Light
3. A red,red,brown,gold resistor
4. A breadboard
5. Two wires (One from the ground to the board and one from the board to pin 13)