Combine os componentes do kit de Robótica.

• Protoboard (Placa de ensaio)

• 
• Resistor 220 ohms

• 
• Servo Motor

• 
• Sensor ultrassônico HC-SR04

• 
• Arduino Uno R3

• 

Relacione de forma correta

a

b

c

d

e

f

Pinos Analógicos

Microcontrolador

Botão Reset

Conexão de dados USB

LED TX RX

Pinos Digitais

Combine o seguintes componentes.

• Modulo Relé

• 
• Foto resistor LDR

• 
• LED RGB

• 
• Jumper Macho

• 
• Potenciômetro

• 

Relacione os itens de forma correta

a

b

c

d

e

f

Barra delizante

Motor DC

Jumprs

Puch Button

Protoboard

Bateria 9v

LED Blink com 3 LED acionado a cada meio segundo, selecione a programação correta.

• #define LED_BR 4

  #define LED_AM 5

  #define LED_AZ 6

  void setup(){

  pinMode(LED_BR, OUTPUT);

  pinMode(LED_AM, OUTPUT);

  pinMode(LED_AZ, OUTPUT);

  }

  void loop(){

  digitalWrite(LED_BR, HIGH);

  digitalWrite(LED_AM, HIGH);

  digitalWrite(LED_AZ, HIGH);

  delay(500);

  digitalWrite(LED_BR, LOW);

  digitalWrite(LED_AM, LOW);

  digitalWrite(LED_AZ, LOW);

  delay(500);

  }

• #define LED_BR 4

  #define LED_AM 5

  #define LED_AZ 6

  void setup(){

  pinMode(LED_BR, OUTPUT);

  pinMode(LED_AM, OUTPUT);

  pinMode(LED_AZ, INPUT);

  }

  void loop(){

  digitalWrite(LED_BR, HIGH);

  digitalWrite(LED_AM, HIGH);

  digitalWrite(LED_AZ, HIGH);

  delay(500);

  digitalWrite(LED_BR, LOW);

  digitalWrite(LED_AM, HIGH);

  digitalWrite(LED_AZ, LOW);

  delay(500);

  }

• #define LED_BR 10

  #define LED_AM 2

  #define LED_AZ 3

  void setup(){

  pinMode(LED_BR, OUTPUT);

  pinMode(LED_AM, OUTPUT);

  pinMode(LED_AZ, OUTPUT);

  }

  void loop(){

  digitalWrite(LED_BR, HIGH);

  digitalWrite(LED_AM, HIGH);

  digitalWrite(LED_AZ, HIGH);

  delay(500);

  digitalWrite(LED_BR, LOW);

  digitalWrite(LED_AM, LOW);

  digitalWrite(LED_AZ, LOW);

  delay(5000);

  }

• #define LED_BR 4

  #define LED_AM 5

  #define LED_AZ 6

  void setup(){

  pinMode(LED_BR, OUTPUT);

  pinMode(LED_AM, OUTPUT);

  pinMode(LED_AZ, OUTPUT);

  }

  void loop(){

  digitalWrite(LED_BR, HIGH);

  digitalWrite(LED_AM, HIGH);

  digitalWrite(LED_AZ, HIGH);

  delay(500);

  digitalWrite(LED_BR, HIGH);

  digitalWrite(LED_AM, HIGH);

  digitalWrite(LED_AZ, HIGH);

  delay(500);

  }