IoT 314006 Internet of Things Manual Answer K Scheme

We shared the IoT 314006 Internet of Things Manual Answer K Scheme in this blog post.

All practicals of this manual contain information about various Arduino circuits and computer engineering students must solve them to better understand IOT.

IoT 314006 Internet of Things Manual Answer PDF

• Practical No. 1: Install any embedded system (ex- Arduino IDE) and execute a program to turn the LED ON/OFF using delay.

• Practical No. 2: Change the colour of the LED.

• Practical No. 3: Control the brightness of an LED using PWM Techniques

• Practical No. 4: Detect the presence or absence of Light using LDR Sensor.

• Practical No. 5: Measure the temperature of the object.

• Practical No. 6: Sense the touch of a finger when it is placed on the board.

• Practical No. 7: Detect the obstacle using IR sensor

• Practical No. 8: Measure the Distance between the sensor and the object using an ultrasonic sensor.

• Practical No. 9: Detect the presence of Gas.

• Practical No. 10: Detect the vibration of an object using vibration detector sensor SW-420 with Arduino.

• Practical No. 11: Change the status of Buzzer ON/OFF.

• Practical No. 12: Display Humidity and Temperature on LCD using DHT11 sensor.

• Practical No. 13: Display the message as per detection of motion of object.

• Practical No. 14: Control relay state based on input from IR sensor.

• Practical No. 15: Switch the LED ON/OFF on detection of obstacles using PIR.

• Practical No. 16: Measure the Distance between the sensor and the object and ring the buzzer when an obstacle is detected in some specified distance range.

• Practical No. 17: Activate the alarm system if smoke is detected.

• Practical No. 18: Display percentage of moisture in soil using soil moisture sensor.

• Practical No. 19: Upon detection of fire, activate the LED indicator and initiate the alarm system.

• Practical No. 20: Display temperature value on serial monitor.

• Practical No. 21: Activate the Melody audio output utilizing a piezoelectric.

• Practical No. 22: Control action using Relay based on temperature value.

• Practical No. 23: Display 0 to 9 numbers continuously on a seven-segment display.

• Practical No. 24: Display a simple message on an I2C LCD.

• Practical No. 25: Display the POT value of the potentiometer on LCD.

• Practical No. 26: Transfer sensor collected data to a smartphone using Bluetooth.

• Practical No. 27: Display the message on serial monitor when image is captured.

• Practical No. 28: Create Web-based IoT application using Node MCU/ESP32/Raspberry Pi to display Temperature on Web Browser.

• Practical No. 30: Install MariaDB database in Raspberry Pi and execute basic SQL queries.

• More practicals will be added soon.

Conclusion

In this blog post, we shared the Internet of Things manual answers for computer engineering students. All practicals of this manual are performed under Arduino IDE.

Computer 4th Semester All Manual Answer