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.
Blinking a LED
This is what the Arduino looks like.
Circuit1.MOV
This is the product of the Circuit one from Arduino.
This is the code for the 1st Circuit of the Arduino.
Potentiometer
This is what the 2nd Circuit should look like.
Circuit2.MOV
This is what should happen when you run the 2nd Circuit code.
This is the code for the 2nd Arduino code.
RGB LED
This is what the Third Circuit should look like.
Circuit3.MOV
This is what should happen when you run the Third Circuit's code.
This is what the 3rd circuit's code should look like.
Multiple LEDS
This should be what the 4th Circuit looks like.
Circuit4.MOV
This should be what happens when you run the 4th Circuit's code.
This should be what happens when the 4th circuit's code is ran.
Push Buttons
This should be what the 5th Circuit looks like.
Circuit5.MOV
This should be what happens when the 5th circuit's code is ran.
This what the code for the 5th Circuit should look like
Photo Resistor
This should be what the 6th should look like
Circuitvideo6.MOV
This should be what happens when the 6th circuit's code is ran.
This should be what happens when the 6th circuit's code is ran.
Temperature Sensor
This is what the 7th Circuit should look like
Circuit7.MOV
This what the 7th circuit should do when the code is ran
This is what the 7th circuits code should look like
A single servo
This should be what the 8th circuit should look like
Circuit8video.MOV
This is what should happen when the 8th circuits code is ran.
This is what the 8th circuit code should look like
Buzzer
This is what the 9th circuit should look like
Circuit9_video.MOV
This is what should happen when the 9th circuits code is ran
This is what the 9th circuits code should look like
Spinning a Motor
This is what the 10th circuit should look like
Circuit11_video.MOV
This is what should happen when the 10th circuits code is ran
This is what the 10th circuits code should look like