ARDUINO IS AN OPEN-SOURCE PHYSICAL COMPUTING PLATFORM DESIGNED TO MAKE EXPERIMENTING WITH ELECTRONICS MORE FUN AND INTUITIVE. ARDUINO HAS ITS OWN UNIQUE, SIMPLIFIED PROGRAMMING LANGUAGE, A VAST SUPPORT NETWORK, AND THOUSANDS OF POTENTIAL USES, MAKING IT THE PERFECT PLATFORM FOR BOTH BEGINNER AND ADVANCED DIY ENTHUSIASTS.
Led lights up and you can change of fast and how long it blinks for
Change the delay of the code to change the blink rate of the led
This shows a led blinking
Twist the blue Potentiometer
to make the led blink faster and slower
This shows the led changing when the potentiometer is twist a certain direction
The led is changing colors
The code of the RGB
You turn off and on the main colors to make other colors
Circuit 3-RGB
The led is changing from red, blue, green
Circuit 4- Multiple lights
The code controls all of the lights and how they move
Connecting eight leds at once the lights can make a pattern
In this section we are looking at the most common input a push. When the button is pushed the voltage goes down.
When you push the button the led lights up.
The photoresistor turns the light on when you cover it
Circuit 6- Photoresistor
In this circuit we are using a photoresistor. When there is no light the led will light up.
Manual-tune
Pros: Can change it yourself
Cons: Have to take time to do that
Auto-tune
Pros: Does it automatically
Cons: If it is wrong can't change it
In this circuit I used a temperature sensor which reads the temperature and sends the information to the computer.
It reads the voltage and the temperature in Celsius and Fahrenheit.
Change the code to allow it to turn on when it is hot and turn off when it is cold
Base code
Normal goes back in forth in a slow motion
Modified code
Modified goes back in forth in a fast motion
Difference in delay speed between base and modified code
Circuit 9 - Buzzer
Made a song come through the buzzer
Circuit 10 - Spinning a Motor
Made a motor spin and made a fan with a piece of tape
Made the motor stop and then go on again