Dhruv Maniya

The LDR measures the surrounding light intensity and sends the value to the Arduino.The Arduino displays the light value on the 16×2 I2C LCD.I made a silly mistake.

This project uses an I2C LCD to display the message “Hello Zero2Maker” using Arduino Uno.The LCD communicates through the SDA A4 and SCL A5 pins.

This code is for a Common Anode 7-segment display, with the common pin connected to 5V.It counts down from 9 to 0, displaying each digit for 1 second.

This project uses a push button to count from 0 to 9 on a 7-segment display.It demonstrates how an Arduino Uno controls a 7-segment display and reads button input.

This project uses an Arduino to display the numbers 0 to 9 one by one on a 7-Segment Display.Each number is shown for 1 second, then the next number is displayed.

Smart Room Guardian monitors room light, temperature, and motion using LDR, DHT, and PIR sensors.It turns ON the LED when motion is detected in darkness temperature exceeds 30°C. I did not use buzzer.

The DHT measures the surrounding temperature and sends an analog voltage to the Arduino.The Arduino converts this voltage into Celsius and displays the temperature in the Serial Monitor.

This project detects human motion using a PIR sensor and automatically turns ON an LED and buzzer when movement is detected.It can be used as a simple motion detection and security alarm system.

This project uses a PIR sensor to detect human motion and turns the LED ON when motion is detected.When no motion is detected, the LED automatically turns OFF.

This project uses an HC-SR04 ultrasonic sensor to detect the distance of an object.The buzzer beeps faster when the object is closer and slower when it is farther away, creating a distance warning system.

This project uses an HC-SR04 ultrasonic sensor to measure the distance of an object.When an object comes within 20 cm, the LED turns ON, and when it moves farther away, the LED turns OFF.

I built an ultrasonic distance measurement system using an sensor and Uno.I learned how ultrasonic waves measure distance, and the challenge is complete when the correct distance appears in the Serial Monitor.

I built an automatic night lamp using an LDR sensor and LED. I learned how to detect light levels and control an LED automatically; the challenge is complete when the LED turns ON in darkness and OFF in bright light.

I built an automatic night lamp using an LDR sensor and Arduino that turns the LED ON in darkness and OFF in bright light.I learned how to use a digital LDR sensor, and the challenge is complete when the LED responds correctly to changes in light.

I built an LDR light sensor project that detects whether the environment is bright or dark using the DO pin.I learned how to connect and read a digital sensor, and the challenge is complete when the Serial Monitor correctly shows “Bright Light” or “Dark.”

This project uses a push button to select between 5 different LED patterns. Each button press changes the LED pattern, creating a simple and interactive Pattern Selector.

i trai but it fail. the Potentiometers is not working

The Potentiometer LED Selector uses a potentiometer to select one of four LEDs based on the knob position.It demonstrates analog input reading, value mapping, and controlling multiple LEDs with an Arduino.

I connect potentiometer to UNO

I ask to ChatGPT 'How can I done project' and I do as he say

I ask to ChatGPT 'How to done this project.' I do as he say

In first time its not working because I connect with two GND

i enter tha code in uno and change the pin.

I add push button and joint cross wires.

I joint the (+) 5V and (-) to GND, LED on; I undershoot my project is done.

I creative light show. I learn : Design and program an original LED sequence. Combine multiple programming concepts. Demonstrate creativity and confidence with Arduino.

I entered the code and connected the LED.

I completed the project by changing the LED loop.

I entered the code and created a chain using the LEDs.

When I connected all the pins and attached jumper wires for the negative terminals, the LEDs started working without even being connected to GND.

I started the four LEDs according to the assigned pattern; once they began turning on and off as intended, I realized the project was complete.

I understood the code, connected the LED to the UNO, and when the LED worked properly, I realized my project was complete.

I did not use AI for it because it was almost same as challenge 12. I add one LED and change the pins. and Develop confidence controlling four LEDs using Arduino code.

It took me a long time to decode this code, but I managed to decode it using AI.

When I saw that the PPT hadn't been provided, I wondered how this would work. I tried to figure out the process. Initially, both were running simultaneously, but once I assigned separate connections to each, it worked.

It was easy because there was given code of it

It was easy because there was given code of it

It was easy because there was given code of it

It was easy because there was given code of it

It was same as Challenge 5.

it was hard because I want to Understand the difference between the power rails and the center terminal strips.

I light up 4 LED. without change.

in site there was given how to do

I confuse when I see there was no code for the project.

I just do as step. This was very easy to do it. in 1-2min I finish the Challenge.