On project 11, I have due similar to project 10. However, I have done additional demonstrations toward my temperature project on my Arduino breadboard. I have decided to revise the coding to use degrees in Celsius and Fahrenheit to show. I had trouble fixing my breadboard, so I had an additional breadboard to use in this project. The temperature detects voltage to Celcius, Celcius to Fahrenheit, and prints the Fahrenheit and Celcius temperature on the LCD screen. They are devices to measure temperature readings through electrical signals. The sensor is made up of two metals, which generate electrical voltage or resistance once it notices a change in temperature. My demonstration is to used the temperature sensor project to senor the cold weather outside the house and inside the room temperature. They are both differences between both since there. When you go outside, The temperature drops when you are outside than inside. The display screen provides the details of what is the temperature reading.
As learning in the project earns additional demonstration toward my project, then project 10. I always want to show improvement in each project what I have learned in these courses toward my future education or job position where I would like to teach a course. I always like to educate students and troubleshoot them to learn the problem that they are having. Once I have solved my problems in the educational experiences from the courses in my major. I could teach students are at a younger age to have these projects to learn from my experiences. Once you have troubleshooting, you can show the students the trouble that they would have. For instance, I have extra Arduino kits to use as spare parts or additional parts to used extra projects.
In project 10, I have created a room Display Temperature on LCD. I have use word temperatuur as Temperature. I have never done creating a room temputure in the LCD forms. I have a troubleshooting on this because my Temperature sensor is different from source that I have found online. I have create a way to work on this. Also I got stuck on getting the sensor to be stably, so I have to play around with it. It is a fun project to do.
In Project 9 , I have decided to create led light with water sensor level. There are three light color for this project. In these light will shows which water sensor levels are. Each light changes show color change by putting in cup. When I put in the cup the blue and red lights come on. This show how much water level in the cup.
In this project , I have decided to create a led lights by using water sensor to show how much rain we have got. The red and mean we got the most and heavy rain along strong yellow led light. Once my water sensor is not in cup that means is not raining, show in blue led light.
I had to trouble shooting since not sure why my blue led light to come up so I to play with wires and the blue light has come on.
In Project 8, I have learned how to use the Tilt switch instead of a button switch. In the Tilt switch, we ran light that repeating several times such as light ran one by one as Digital light similar to rainbow light turn on many times as Once’s. We also needed to put many different, types resisters to order to get working. Also, we needed Digital sides (Jumpers) wires to work from the Controller board to breadboard the wires run from number 8 to 2. We needed to use the Loop to runs the repeat the lights to turn. For example led light can run any amount of sec. I have decided to run for a certain amount sec. I have chosen to do 5 sec in this project.
When I have done my demo on the breadboard, It becomes interesting because I have play breadboard not working so I have decided to switch sides I have a mistake by putting the wrong side or resisters issues. I have resolved the issue by changing the led side of light.
In, Project 5, I have spent 1 and a half hour to make water lever sensor work to work with LCD Display. Since I was playing around to see why or not is working or is working. I was able to fix it in the end my troubleshooting the wiring error. When I started to find the error is the power for the LCD then I was able to get on. Then I decided to make power for the water sensor in button. The display shows the amount of water level I get the cup. When I put water in full inside of the cup I will get a full water sensor gains the number of value is not in the cup Water sensor gain less. The wiring for the water sensor needed a male to female wire to attached to the breadboard or the controller board. I have spent 1 and a half hour to make water lever sensor work to work with LCD Display. Since I was playing around to see why or not is working or is working. I was able to fix it in the end my troubleshooting the wiring error. When I started to find the error is the power for the LCD then I was able to get on. Then I decided to make power for the water sensor in button. The display shows the amount of water level I get the cup. When I put water in full inside of the cup I will get a full water sensor gains the number of value is not in the cup Water sensor gain less. The wiring for the water sensor needed a male to female wire to attached to the breadboard or the controller board.
In Project 7 in workbook , I had to create tone music such as 4 button keys, each key has different tones and stop key. I have realized this project is like a response key toward pressing a light switch however this once is created many different melodies. In my demonstration, I realized that music has turned the right way with the USB turn on. Then I play with a button that has different tones and one key has turned off.
In Project 4, We need Servo Motor and Potentiometer to work. I have start the Servo Motor to do a testing since I was not able to use the header pin . So, I had to use jumper wire to use Servo Motor to test it. I was able to test it and became to work. Once I test it without breadboard it was good. Then I needed do on breadboard to connected it good as well 3 needed 3 jumper wire for Servo Motor to connected since there is no hook up connections towed it. The Servo Motor has red, yellow, brown wire to jumper cable wire to work in my testing stage and ran program to see if the Servo spins around. After the testing stage , I was able connected to Potentiometer to analog line with jumper cable and Servo Motor in Digital line. They needed send it to different line to make it work. I also needed + and – wires to work with controller board on 5V and GRD, I had to connect them on those to work. I also needed to program Servo Motor and Potentiometer to make connections. After I programed them I was able to turn the Potentiometer and the Servo Motor spins around .
In this project, I have used a special light that has a many-colored light. You can choose the color that you want to pick however this light has only run curtains color like runs Red, Green, Blue. At first, I was trying to play with it and I had a hard time with it and I was able to fix it. I have to find a right wire to use it because this light needed a 330 K resisters to run the light. I have used 330K resisters, Jumper wires. We only run a Ground cable in the cycle light switch however it’s repeating the color.
In Project 2, I have learned how to use a motor control sensor to connect the Stepper Motor board. In this project, I could not use regular jumper cable for this project so I used Male to Female Jumper cable to connect Stepper Motor to the controller board. The Stepper Motor board also has + and – charge to power up the lights. Each lights switches go A-D has switched around several number steps where you are going. When I feel the motor sensor it feels hot and moving. In the coding, I needed to create a Stepper control to move amount step where is going