Ziya Pithadiya

I had to connect a TMP36 temperature sensor and an LDR to an Arduino with an I2C LCD, so the LCD displays the temperature and light level one after another. The challenge was completed when the LCD correctly showed the temperature for 2 seconds and then the light level for 2 seconds, continuously.

I had to connect the LDR sensor to the LDC display so that the light level can be detected using an ideal sensor

I had to connect an I2C LCD display to Arduino and program it to show “Hello Zero2Maker” on the screen.The challenge was completed when “Hello Zero2Maker” appeared clearly on the LCD screen.

I had to connect a 7-segment display to Arduino and program it to show numbers, either by counting with a button or automatically from 9 to 0.

I learned how to connect and control a Common Anode 7-segment display with Arduino, how to use a push button as an input, and how to write code that changes the displayed number when the button is pressed.

I learned how to connect and control a 7-segment display with an Arduino UNO. I learned that each segment (a–g) is controlled separately using digital pins. I also learned how to use arrays and patterns to display numbers from 0 to 9 automatically. This helped me understand how Arduino code can control different parts of an electronic display.

I learned how to combine different sensors and outputs with an Arduino UNO to create a Smart Room Guardian. I learned how an LDR detects light, a PIR sensor detects motion, and a TMP36 measures temperature. I also learned how to control an LED and buzzer using conditions in code. Most importantly, I learned how to combine multiple sensor readings to make my own smart environmental system and test whether it works correctly.

I learned how to use a TMP36 temperature sensor with Arduino. I learned how the sensor gives a voltage based on temperature and how Arduino converts that reading into degrees Celsius and displays it on the Serial Monitor.

I learned how to use a PIR motion sensor with an LED and a buzzer. When the PIR detects movement, the LED turns ON and the buzzer gives an alarm. I also learned how to connect the sensor to Arduino and use code to control both the LED and buzzer.

Arduino and a PIR sensor that can detect when someone moves. When movement is detected, the LED should turn ON. W

so in this there is an ultrasonic sensor with Arduino to measure the distance of an object. I also learned how to use a passive buzzer to make different sounds. I learned that the buzzer can beep faster when an object is near and slower when it is far.

in this the ultrasonic sensor for the distance so when it is near the ed will glow and when it far the it will not glow

in this the ultrasonic sensor in connected to track the meter

I learned how to use an LDR sensor with Arduino, read sensor values, set a light threshold, and control an LED automatically based on the environment.

This project demonstrates how a sensor (LDR) can detect light and how an Arduino can use that information to automatically control an LED.

so in this the LDB is connect

so in this five LEDs and a push button are connected Program the Arduino so that every press of the button changes to the next LED pattern. Continue cycling through different lighting patterns with each button press

in this there is the an RGB LED and three potentiometers. Use each potentiometer to independently control the Red, Green, and Blue brightness, creating different colors.

so in this I had Connected four LEDs and use a potentiometer to shift the glowing LED from one position to another.

Connect a potentiometer to Analog Pin A0. Read its value using analogRead() and display the changing values in the Serial Monitor while rotating the knob.

in this the use of potentiometer is to increase or decrease the blinking speed of an LED by changing the delay value dynamically.

so in this i had connected the potentiometer to the cirucit for analog the input and output

so in this i had connected push button and buzzer

so in this when i click on the push button the led glows and when i again click on it the led do not glow

so in this I had connected the push button and made a cirtuit

in this i had connect positive leg of led to 5v and negitive to gnd

In this the leds is blinking in free way and it is 6 led chase it creative light show

so in this i had built led pattern 5 and in this one by one all the led is blinking

so in this all the led will glow forward first and then backwards

so in this all the led will glow on b one and then it will stop

so in this i had built 2 pattern led so it will first on then on then after off and then after off

so in this the led is one led is glowing for on sec then the another then the another and then the another and after it worked and the same way i came to know that the challenge is completed

so in this I had connectedin this i had made eight LEDs to the Arduino Uno. Program them to glow one after another from the first LED to the last, creating a running light effect.

Develop confidence controlling four LEDs using Arduino code. in this challande we have to develop confidence controlling four LEDs using Arduino code.

so in this project i had built three led chase in which only one led blink at a time the the another and then the last led will blink and when this was done i came to know that the challange is completed

so in this project there was like that only one LED should blink at a time like for a sec that the another LED will blink and like that it was working and then i came to know that my project is completed

An Arduino Uno is connected to a breadboard with multiple LEDs. The LEDs light up in different colors one after another. Each LED changes every 2 seconds.

I built a customized LED circuit using an Arduino Uno, a breadboard, and multiple LEDs. I learned how to customize LED patterns by changing the Arduino code and controlling multiple LEDs. I know the challenge is completed because the LEDs follow my customized pattern correctly after I upload the program.

I built a circuit with multiple LEDs that glow and fade quickly using an Arduino Uno, a breadboard, and jumper wiresI learned how to control the brightness and speed of LEDs using PWM and Arduino code. I know the challenge is completed because the LEDs brighten and dim quickly according to the uploaded program.

I built a circuit with multiple LEDs that slowly glow using an Arduino Uno, a breadboard, and jumper wires. I learned how to control the brightness of LEDs using PWM and Arduino code to create a slow glowing effect. I know the challenge is completed because the LEDs brighten and dim smoothly according to the uploaded program.

I built a circuit with multiple LEDs connected to an Arduino Uno using a breadboard and jumper wires. I learned how to connect many LEDs, use different Arduino output pins, and control multiple LEDs with code. I know the challenge is completed because all the LEDs work according to the uploaded program without any connection errors. This description is accurate without assuming the purpose of the circuit.

in this there was 5 led and it was more difficulty and when the led started blinking i cam to know that the challange is complated

I built a circuit with two LEDs connected to an Arduino Uno using a breadboard and jumper wires. I learned how to connect multiple LEDs and control them using Arduino code. I know the challenge is completed because both LEDs work correctly according to the uploaded program.

I built a circuit with two LEDs connected to an Arduino Uno using a breadboard and jumper wires. I learned how to connect multiple LEDs and control them using Arduino code .I know the challenge is completed because both LEDs work correctly according to the uploaded program.

I built a blinking LED circuit using an Arduino Uno, a breadboard and LED learned how to connect components on a breadboard and control an LED using Arduino code. The challenge is complete because the LED blinks correctly after I upload the code.

I learned how to connect an LED to an Arduino and make it blink using simple code. I built a blinking LED circuit using an Arduino Uno and LEDI know the challenge is completed because the LED blinks on and off correctly after I upload the code.