Lista de Exercicios

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Guxta Anonimo
01/11/2021
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EXERCICIO 1
void setup() {
pinMode(3, OUTPUT);
pinMode(4, OUTPUT);
pinMode(5, OUTPUT);
pinMode(6, OUTPUT);
pinMode(7, OUTPUT);
pinMode(8, OUTPUT);
}
void loop() {
 // Vermelho 
 digitalWrite(3, 1);
 digitalWrite(4, 1);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 delay(400);
 // Amarelo 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 1);
 digitalWrite(6, 1);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 delay(400);
 // Verde
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 1);
 digitalWrite(8, 1);
 delay(400);
}
EXERCICIO 2
void setup() {
pinMode(3, OUTPUT);
pinMode(4, OUTPUT);
pinMode(5, OUTPUT);
pinMode(6, OUTPUT);
pinMode(7, OUTPUT);
pinMode(8, OUTPUT);
}
void loop() {
 // Led 1 
 digitalWrite(3, 1);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 delay(150);
 // Led 2 
 digitalWrite(3, 0);
 digitalWrite(4, 1);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 delay(150);
 // Led 3 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 1);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 delay(150);
 // Led 4 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 1);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 delay(150);
 // Led 5 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 1);
 digitalWrite(8, 0);
 delay(150);
 // Led 6
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 1);
 delay(150);
}
EXERCICIO 3
void setup() {
pinMode(3, OUTPUT);
pinMode(4, OUTPUT);
pinMode(5, OUTPUT);
pinMode(6, OUTPUT);
pinMode(7, OUTPUT);
pinMode(8, OUTPUT);
pinMode(9, OUTPUT);
pinMode(10, OUTPUT);
pinMode(11, OUTPUT);
}
void loop() {
 // Led 1 
 digitalWrite(3, 1);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(150);
 // Led 2 
 digitalWrite(3, 0);
 digitalWrite(4, 1);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(150);
 // Led 3 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 1);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(150);
 // Led 4 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 1);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(150);
 // Led 5 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 1);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(150);
 // Led 6
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 1);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(150);
 // Led 7
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 1);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(150);
 // Led 8
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 1);
 digitalWrite(11, 0);
 delay(150);
 // Led 9
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 1);
 delay(150);
 }
EXERCICIO 4
void setup() {
pinMode(3, OUTPUT);
pinMode(4, OUTPUT);
pinMode(5, OUTPUT);
pinMode(6, OUTPUT);
pinMode(7, OUTPUT);
pinMode(8, OUTPUT);
pinMode(9, OUTPUT);
pinMode(10, OUTPUT);
pinMode(11, OUTPUT);
}
void loop() {
 // Led 9
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 1);
 delay(50);
 // Led 8
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 1);
 digitalWrite(11, 0);
 delay(50);
 // Led 7
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 1);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(50);
 // Led 6
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 1);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(50);
 // Led 5 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 1);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(50);
 // Led 4 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 1);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(50);
 // Led 3 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 1);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(50);
 // Led 2 
 digitalWrite(3, 0);
 digitalWrite(4, 1);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(50);
 // Led 1 
 digitalWrite(3, 1);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(50);
 }
EXERCICIO 5
void setup() {
pinMode(3, OUTPUT);
pinMode(4, OUTPUT);
pinMode(5, OUTPUT);
pinMode(6, OUTPUT);
pinMode(7, OUTPUT);
pinMode(8, OUTPUT);
pinMode(9, OUTPUT);
pinMode(10, OUTPUT);
pinMode(11, OUTPUT);
}
void loop() {
 // Vermelho 
 digitalWrite(3, 1);
 digitalWrite(4, 1);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 delay(400);
 // Amarelo 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 1);
 digitalWrite(6, 1);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 delay(400);
 
 // Verde
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 1);
 digitalWrite(8, 1);
 delay(400);
 // Led 1 
 digitalWrite(3, 1);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 delay(150);
 // Led 2 
 digitalWrite(3, 0);
 digitalWrite(4, 1);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 delay(150);
 // Led 3 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 1);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 delay(150);
 // Led 4 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 1);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 delay(150);
 // Led 5 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5,0);
 digitalWrite(6, 0);
 digitalWrite(7, 1);
 digitalWrite(8, 0);
 delay(150);
 // Led 6
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 1);
 delay(150);
 // Led 1 
 digitalWrite(3, 1);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(150);
 // Led 2 
 digitalWrite(3, 0);
 digitalWrite(4, 1);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(150);
 // Led 3 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 1);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(150);
 // Led 4 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 1);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(150);
 // Led 5 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 1);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(150);
 // Led 6
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 1);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(150);
 // Led 7
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 1);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(150);
 // Led 8
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 1);
 digitalWrite(11, 0);
 delay(150);
 // Led 9
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 1);
 delay(150);
// Led 9
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 1);
 delay(50);
 // Led 8
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 1);
 digitalWrite(11, 0);
 delay(50);
 // Led 7
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 1);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(50);
 // Led 6
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 1);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(50);
 // Led 5 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 1);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(50);
 // Led 4 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 1);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(50);
 // Led 3 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 1);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(50);
 // Led 2 
 digitalWrite(3, 0);
 digitalWrite(4, 1);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(50);
 // Led 1 
 digitalWrite(3, 1);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(50);
}
EXERCICIO 6
void setup() {
pinMode(3, OUTPUT);
pinMode(4, OUTPUT);
pinMode(5, OUTPUT);
pinMode(6, OUTPUT);
pinMode(7, OUTPUT);
pinMode(8, OUTPUT);
pinMode(9, OUTPUT);
pinMode(10, OUTPUT);
pinMode(11, OUTPUT);
pinMode(12, OUTPUT);
}
void loop() {
 // Led 1 
 digitalWrite(3, 1);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 digitalWrite(12,0);
 delay(1000);
 // Led 2 
 digitalWrite(3, 0);
 digitalWrite(4, 1);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 digitalWrite(12,0);
 delay(1000);
 // Led 3 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 1);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 digitalWrite(12,0);
 delay(1000);
 // Led 4 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 1);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 digitalWrite(12,0);
 delay(1000);
 // Led 5 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 1);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 digitalWrite(12,0);
 delay(1000);
 // Led 6
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 1);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 digitalWrite(12,0);
 delay(1000);
 // Led 7
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 1);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 digitalWrite(12,0);
 delay(1000);
 // Led 8
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 1);
 digitalWrite(11, 0);
 digitalWrite(12,0);
 delay(1000);
 // Led 9
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 1);
 digitalWrite(12,0);
 delay(1000);
 // Led 10
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 digitalWrite(12,1);
 delay(1000);
 }
EXERCICIO 7
void setup() {
pinMode(3, OUTPUT);
pinMode(4, OUTPUT);
pinMode(5, OUTPUT);
pinMode(6, OUTPUT);
pinMode(7, OUTPUT);
pinMode(8, OUTPUT);
pinMode(9, OUTPUT);
pinMode(10, OUTPUT);
pinMode(11, OUTPUT);
pinMode(12, OUTPUT);
}
void loop() {
 //Azul
 digitalWrite(3, 1);
 digitalWrite(4, 1);
 digitalWrite(5, 1);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(1000);
 //Laranja
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 1);
 digitalWrite(7, 1);
 digitalWrite(8, 1);
 digitalWrite(9, 0);digitalWrite(10, 0);
 digitalWrite(11, 0);
 delay(1000);
 //Laranja
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 1);
 digitalWrite(10, 1);
 digitalWrite(11, 1);
 delay(1000);
 
 // Led 1 
 digitalWrite(3, 1);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 digitalWrite(12,0);
 delay(1000);
 // Led 2 
 digitalWrite(3, 0);
 digitalWrite(4, 1);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 digitalWrite(12,0);
 delay(1000);
 // Led 3 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 1);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 digitalWrite(12,0);
 delay(1000);
 // Led 4 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 1);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 digitalWrite(12,0);
 delay(1000);
 // Led 5 
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 1);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 digitalWrite(12,0);
 delay(1000);
 // Led 6
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 1);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 digitalWrite(12,0);
 delay(1000);
 // Led 7
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 1);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 digitalWrite(12,0);
 delay(1000);
 // Led 8
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 1);
 digitalWrite(11, 0);
 digitalWrite(12,0);
 delay(1000);
 // Led 9
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 1);
 digitalWrite(12,0);
 delay(1000);
 // Led 10
 digitalWrite(3, 0);
 digitalWrite(4, 0);
 digitalWrite(5, 0);
 digitalWrite(6, 0);
 digitalWrite(7, 0);
 digitalWrite(8, 0);
 digitalWrite(9, 0);
 digitalWrite(10, 0);
 digitalWrite(11, 0);
 digitalWrite(12,1);
 delay(1000);
 }
EXERCICIO 1
 
 
void setup() {
 
pinMode(3, OUTPUT);
 
pinMode(4, OUTPUT);
 
pinMode(5, OUTPUT);
 
pinMode(6, OUTPUT);
 
pinMode(7, OUTPUT);
 
pinMode(8, OUTPUT);
 
}
 
 
void loop() {
 
 
// Vermelho 
 
 
digitalWrite(3, 1);
 
 
digitalWrite(4, 1);
 
 
digitalWrite(5, 0);
 
 
digitalWrite(6, 0);
 
 
digitalWrite(7, 0);
 
 
digitalWrite(8, 0);
 
 
delay(400);
 
 
// Amarelo 
 
 
digitalWrite(3, 0);
 
 
digitalWrite(4, 0);
 
EXERCICIO 1 
 
void setup() { 
pinMode(3, OUTPUT); 
pinMode(4, OUTPUT); 
pinMode(5, OUTPUT); 
pinMode(6, OUTPUT); 
pinMode(7, OUTPUT); 
pinMode(8, OUTPUT); 
} 
 
void loop() { 
 // Vermelho 
 digitalWrite(3, 1); 
 digitalWrite(4, 1); 
 digitalWrite(5, 0); 
 digitalWrite(6, 0); 
 digitalWrite(7, 0); 
 digitalWrite(8, 0); 
 delay(400); 
 // Amarelo 
 digitalWrite(3, 0); 
 digitalWrite(4, 0);