College Kode

Here i am using online IDE  Tinkercad  . If you don't know what is tinkercad then refer my blog  HERE  or else you can use offline IDE also. Code:- void setup() {   pinMode(2, INPUT); //Pin 2 as INPUT   pinMode(3, OUTPUT); //PIN 3 as OUTPUT }   void loop() {   if (digitalRead(2) == HIGH)   {   digitalWrite(3, HIGH);   // turn the LED/Buzz ON   delay(100);                       // wait for 100 msecond   digitalWrite(3, LOW);   // turn the LED/Buzz OFF   delay(100);                       // wait for 100 msecond   } } Output:-

Here i am using online IDE  Tinkercad  . If you don't know what is tinkercad then refer my blog  HERE  or else you can use offline IDE also. Code:- void setup() {   for (int i = 0; i <= 13; i++)     pinMode(i, OUTPUT); //Set all pins from 0 to 13 as OUTPUT } //The line below is the array containing all the binary numbers for the digits on a SSD from 0 to 9 const int number[11] = {0b1000000, 0b1111001, 0b0100100, 0b0110000, 0b0011001, 0b0010010, 0b0000010, 0b1111000, 0b0000000, 0b0010000};   void loop() {   for (int tens = 0; tens < 10; tens++)     {     display_tens(tens);   } }   void display_tens(const int tens) {   int pin1, a, ones;        //pin1 is just used to deal with pins of the 1st SSD which desplays the tens digit     for (pin1 = 0, a = 0; pin1 < 7; pin1++, a++)   {     digital...

  Here i am using online IDE  Tinkercad  . If you don't know what is tinkercad then refer my blog  HERE  or else you can use offline IDE also. Code:- unsigned const int A = 13; unsigned const int B = 12; unsigned const int C = 11; unsigned const int D = 10; unsigned const int E = 9; unsigned const int F = 8; unsigned const int G = 7; unsigned const int H = 6;     void setup(void) {   pinMode(A, OUTPUT);   pinMode(B, OUTPUT);   pinMode(C, OUTPUT);   pinMode(D, OUTPUT);   pinMode(E, OUTPUT);   pinMode(F, OUTPUT);   pinMode(G, OUTPUT);   pinMode(H, OUTPUT); }   //My Functions   void zero(void) {   digitalWrite(A, LOW);   digitalWrite(B, HIGH);   digitalWrite(C, HIGH);   digitalWrite(D, HIGH);   digitalWrite(E, HIGH);   digitalWrite(F, HIGH);   digitalWrite(G, HIGH);   digitalWrite(H, LOW); }   void one(void) {   digitalWrite(A, LOW);   digitalWrite(B, ...

  const int LED1 = 7; const int LED2 = 6; const int LED3 = 5; const int LED4 = 8; const int BUTTON1 = 2; const int BUTTON2 = 3; const int BUTTON3 = 0; const int BUTTON4 = 1; int Buttonmodel = 0; int Buttonmode2 = 0; int Buttonmode3 = 0; int Buttonmode4 = 0; void setup [] { // put your setup code here, to run once: pinMode(LeD1,INPUT); pinMode(LEd2,input); pinMode(LED1,INPUT); pinMode(LED2,input) pinMode(BUT0N1,INPUT_); pinMode(BuT0N2,INPUT_); pinMode(BUTON3,INPUT_); pinMode(BUTON4,INPUT_); } void loop[] ( // put your main code here, to run repeatedly: //First LED interface Buttonmode1 == digitalread(BUTT0Nl); if(Buttonmode1 = high) { digitalwrite(LED1,HIGH); else digitalWrite(LED1,HIGH); } //Second LED interface Butonmode2 = digita1Read(BUTTON2); if(Buttonmode2 = LoW) { digitalWrite(LED2,L0W); } else digitalwrite(LEd2,HIGH); } //Third LED interface Buttonmode3 = digitalread(BUTTON3); if(Buttonmode3 = HIGH); { digitalWrite(LED3,LOW); } else { digitalwrite(LED3,HIGH) } //Fourth LED i...

Code :- org 100h MOV SI, 2000H  MOV DI, 2000H MOV DL , 04H L3:MOV AL,[SI] MOV CL,DL L2 :INC SI MOV BL,[SI] CMP AL,BL JNC L1    JZ L1 XCHG AL,BL MOV [SI] , BL L1:LOOP L2 MOV [DI] ,AL INC DI MOV SI,DI DEC DL JNZ L3 ret Output :-

Code :- org 100h MOV SI,2000H MOV DI,2000H MOV DL,04H L3: MOV AL,[SI] MOV CL,DL L2: INC SI MOV BL,[SI] CMP AL,BL JC L1 JZ L1 XCHG AL,BL MOV [SI],BL L1: LOOP L2 MOV [DI],AL INC DI MOV SI,DI DEC DL JNZ L3 ret Output :-