4. Why using App Inventor | Coursetakers

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Arduino Interfacing with Sensors in Your Smartphone

1. Introduction and Getting Started

1. Introduction (3:24)

2. Hardware and Software Requirements

1. Hardware and Software Requirements (1:42)
2. Download and Install MIT App Inventor (9:58)
3. Download and Install Arduino Pro IDE (9:10)

3. Setting Up App Inventor

1. What is App Inventor (2:21)

4. Designer and Blocks Editor

1. MIT App Inventor User Interface Explained (3:37)

5. First Mobile App to Control Arduino

1. Make your first Mobile App - Blink LED (13:54)
2. Code your Arduino - Blink LED (4:32)

6. Proximity Sensor

1. Proximity Sensor Mobile App (14:02)

7. Light Sensor

1. Light Sensor Mobile App and Arduino Code (13:00)
2. Practical Testing (2:58)

8. Accelerometer Sensor

1. Accelerometer Sensor Mobile App (14:00)
2. Coding Accelerometer Sensor (4:30)

9. Gyroscope Sensor

1. Gyroscope Sensor Mobile App and Arduino Code (5:57)

10. Magnetometer Sensor

1. Magnetometer Sensor Mobile App and Arduino Code (4:44)

11. Make Android App With Zero Experience MIT App Inventor

1. What can you do and system requirements (2:40)
2. What is app inventor in More Details (2:23)
3. Java Vs App Inventor (3:26)
4. Why using App Inventor (1:14)
5. App Architecture (3:45)
6. Lets start Making Apps (4:52)
7. First App Add Items and Start Programming with Blocks (9:57)
8. First App Testing and Running the App using Emulator (12:54)
9. First App Testing and Running with USB or APK File (4:33)
10. Resources you need to visit to Create Better Apps (2:29)
11. How to Create a website for your app for free and take credit for it (5:08)

12. Android Apps for Arduino with MIT App Inventor without Coding

1. App Inventor Overview (4:12)
2. An App Challenge (1:04)
3. System Requirements (1:14)
4. AppInventor Vs Java and C (2:58)
5. Why App Inventor Works (1:39)
6. App Architecture (5:18)
7. Download and Install App Inventor on Your Device (8:35)
8. AppInventor UserInterface With Example (13:45)
9. Arduino Coding for Led On Off Practical Example (8:30)
10. Making an Android App for Led On Off Practical Example (12:28)
11. Testing On Off App with Arduino (6:40)
12. Make a Log In Protected Led Control App (14:05)
13. Slider Application to Control Led Brightness (14:32)
14. Slider Practical (9:25)
15. Practical Connect Bluetooth Module (4:48)
16. RGB Led Controller Android Application (14:05)
17. RGB LED Arduino Coding (12:05)
18. Sensor Readings Arduino Coding (9:13)
19. Sensor Readings Android Application (16:53)
20. Relay On Off Simple Example (7:54)
21. LCD Text Arduino Coding (9:21)
22. LCD Text Android Application (6:29)
23. Remote Controlled Robot Android Application (9:09)
24. Remote Controlled Robot Arduino Coding (14:43)
25. Make Money with MIT App Inventor Apps (5:13)

13. Reading Analog Sensor with Arduino

1. How to read analog sensors using Arduino (2:19)
2. Software Requirements (4:05)
3. Wiring Analog Sensors to Arduino (8:37)
4. Writing code to collect reading from analog sensors (7:29)
5. Practical Analog Sensor Testing (2:51)
6. Analyze and convert Sensor Reading (2:55)
7. Manipulating Sensors Reading (6:24)
8. ADC in Arduino Explained (13:32)

14. Bonus Lecture: Gifts, Coupons, and More.

1. Bonus Lecture (16:47)

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4. Why using App Inventor

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