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.
Here is the original unaltered code for Circuit One.
This is the layout of circuit one.
Here is the original finished product.
Manipulate the code so that the blink can barely be seen.
Here is the code after I altered it.
Here is the product after altering the code.
Here is the original unaltered code for Circuit Two.
Here is the layout of Circuit Two.
Here is the original finished product.
Describe how a Potentiometer functions.
A potentiometer is a device made of several resistors, with a knob that fluctuates how much those resistors resist the amount of electricity flowing through. This can either allow more electricity to flow through or less, depending on how you have the knob on top positioned. It is, in simple terms, an adjustable resistor.
Here is the original unaltered code for Circuit Three.
Here is the layout for Circuit Three.
Here is the original finished product.
Complete the showSpectrum() function.
Here is the video for the showSpectrum function.
Here is the altered code for Circuit Three.
Here is the original unaltered code for Circuit Four.
Here is the layout for Circuit Four.
Here is the original finished product.
Complete two of the five additional functions that were mentioned. Make sure to exhibit the video along with the important parts of the code.
Here is the first function.
Here is the second function.
Here are the functions in the code.
Here is the original unaltered code for Circuit Five.
Here is the layout for Circuit Five.
Here is the original finished product.
Here is the layout for Circuit Six.
Here is the code for Manual Tuning the photo resistor.
Here is the code for Auto Tuning the photo resistor.
Here is the example for Autotune. The Arduino will change the light for you, making it very easy to turn the light on or off. However, it is less versatile, as you cannot change it as much as you can with Manual Tune.
Here is the example for Manual Tune. A con is that you have to work the light yourself, and it is a bit less sensitive, but it still will change the light. You can keep it on dim this way, manipulating the light how you want it.
Here is the layout for Circuit Seven.
Here is the code for Circuit Seven. The "if - else" function is for the LED, as the product grade.
Here is the finished product. The LED was added at the end as the product grade.
Here is the layout for Circuit Eight.
Here is the original unaltered code for Cicuit Eight.
Here is the original finished product.
Here is the servo moving noticably slower.
Here is the modified code, informing the servo to move slower.
Here is the layout for Circuit Nine.
Here is the original unaltered code for Circuit Nine. By changing the beats and notes, I changed the song into Ode to Joy.
Here is the finished product, Product Grade included, playing the song Ode to Joy by Friedrich Schriller.
Here is the layout for circuit Ten.
Here is the code. We altered the speed by changing the speed and delay functions as seen above.
Here is the finished product for Circuit Ten.