BCA NOTES

LINEAR SEARCH:- ALGORITHM:-       STEP 1.  Begin STEP 2. set a[5] {10,20,30,40,50} STEP3. set i=0 STEP4. input searching item STEP5. repeat step 6 & 7 while i<5 STEP6. if a [i]=item then print item found and location=i & exit STEP 7. i=i+1 STEP8. if i>5  then print item not found STEP 9. EXIT CODE :-         #include<stdio.h> #include<conio.h> void main() {     int a[5], i = 0, j, item;     clrscr();     printf("Enter array elements:\n");     for (j = 0; j < 5; j++) {         scanf("%d", &a[j]);     }   printf("Enter item to search:\n");     scanf("%d", &item);      while (i < 5) {         if (a[i] == item) {             printf("Item found at location: %d\n", i);             break; // Added to exit the loop once the item is found         }         i++;     }   if (i == 5) {         printf("Item not found\n");     } getch(); } INSERTION IN ARRAY:- ALGORITHM:-       STEP 1. set j=n  STEP2.

                                     Unit-1 In this blog you will get hand written key notes of Data Communication & Networking.

                                      Unit-1 In this post you will get  proper Hand written keypoints of Management Information System to crack your college exam.

 BCA cblu question paper 4th sem C++

  SR Flip Flop The SR flip flop is a 1-bit memory bistable device having two inputs, i.e., SET and RESET. The SET input 'S' set the device or produce the output 1, and the RESET input 'R' reset the device or produce the output 0. The SET and RESET inputs are labeled as  S  and  R , respectively. The SR flip flop stands for "Set-Reset" flip flop. The reset input is used to get back the flip flop to its original state from the current state with an output 'Q'. This output depends on the set and reset conditions, which is either at the logic level "0" or "1". The NAND gate SR flip flop is a basic flip flop which provides feedback from both of its outputs back to its opposing input. This circuit is used to store the single data bit in the memory circuit. So, the SR flip flop has a total of three inputs, i.e., 'S' and 'R', and current output 'Q'. This output 'Q' is related to the current history or state.

 Hello everyone,  here its a maths question for bca 1st semester students hope it will help you😊

 Hello everyone,  here is the question paper of LOC ( Logical Organization of Computer) I hope it will help you in your exam😊