Code: 1 #include 2 3 float computeBusCost (float Distance) { float Cost; 11 12 13 14 15 16 17 18 19 20 21 8Ⓡ0123鳞5拓刀粥9012345 36 24 25 26 27 int main() { 37 38 41 44 46 47 48 49 50 if (??[Q1]??) // 1) computeBusCost, condition 1 fCost 15.5 fDistance; ??[02]?? // 2) computeBusCost, conditional construct fCost = 275.0; return fCost; 57 float computeTrainCost(float Distance) { float Cost; if (??[Q3]??) // 3) computeTrainCost, condition 1 fCost 200.00; else if (fDistance ??[Q4]?? // 4) computeTrainCost, fare calculation 2 ??[05]?? // 5) computeTrainCost, conditional construct fCost = 550.0; return fCost; float fBalance, fDistancebus, fDistanceTrain; float +BusCost = 0, +TrainCost = 0; printf("Enter 15) scanf("%f", &fBalance); printf("Enter Distance (in kn) that you will travel via Bus: "); scanf("%f", &fDistanceBus); printf("Enter Distance (in kn) that you will travel via Train: "); scanf("%f", &fDistanceTrain); } else { Balance: "); if (??[Q6]??) { // 6) invalid input condition printf("Invalid Input!"); fBusCost = ??[Q7]??; // 7) bus cost calculation TrainCost = ??[Q8]??; // 8) train cost calculation printf("Total Bus Fare will be PHP %.2f\n", fBusCost); printf("Total Train Fare will be PHP %.2f\n", TrainCost); if (??[Q9]??) { // 9) check if user can afford condition printf("You do not have enough balance."); } else { return 0; printf("You have enough balance.");

QUESTION 22 Multiple Choice: Which java statement correctly processes an array variable ? O while (x < arr.length){ int value = arr[x]; x++; } %3D for(int x = 0; x < arr.length; x++){ int value = arr[x]; } %3D process(arr); do { int value = arr[x]; x++; } %3D while (x < arr.length); QUESTION 23 True or False: An array is a basic data type. O True False

#include<stdio.h> #define FAIL_VAL -99999#define SUCCESS_VAL 99999#define MAX_USER 20#define MAX_LEN 200 char emailArr[MAX_USER][MAX_LEN];char passArr[MAX_USER][MAX_LEN]; char nameArr[MAX_USER][MAX_LEN];char addressArr[MAX_USER][MAX_LEN]; int user_count=0; int signupUser(char email[], char pass[]){char Email_id[60];int i;//p1=0,p2=0;printf("Enter your Email_id: ");scanf("%s", &Email_id); if(Email_id[i]=='@' && Email_id[i]=='.'){printf("Your Email_id is valid");}else{printf("Email_id invalid.Please enter a valid id.");} } int loginUser(char email[], char pass[]){//Write your code here} int buildUserProfile(char email[], char firstName[], char lastName[], char address[]){//Write your code here} void searchByName(char name[]){//Write your code here} void searchByAddress(char address[]){//Write your code here} int main(){while(1){printf("*******************************************************************\n");printf("1. signup User. 2. login User. 3. build User Profile.…

explain the use of each line

#include Servo Main Servo int trigpin = echo pin = 8) opm distance i i Note This Code for Smart Ductoin using Arduino, Sensor & Motor → please give Suplanation about this code int float durahimn float cm Void Setup() Servo Main, allach (7) i Pin Mode (trigpin, output) i Pin Mode (echopin, imput); f void loop() digital write (trigping low) i delay (2); digital write (trigpin, High) ; delay Microsecond (10): digital write / trigpin, low) i duration= Pulse cm = (duration / 5882); distance = Cmi. if (distance (30) { Servo Main write (180), delay (3000) i f else & Servo Mam write (o); delay (50); f In (echopin, High) i

void writeEmpToFile(Employee *emp, FILE *f) { fwrite(&emp->salary, sizeof(emp->salary), 1, f); fwrite(&emp->yearBorn, sizeof(emp->yearBorn), 1, f); fwrite(emp->ssn, sizeof(char), SSN_SIZE, f); int len = strlen(emp->name) + 1; fwrite(&len, sizeof(int), 1, f); fwrite(emp->name, sizeof(char), len, f); } If you don't want to look at all the code then please help me get the other section done from this code that I will put right here directly in the post if you need context on what this code needs to work with you can click on the link below    https://onlinegdb.com/nWSAIx8hCn

Parking (car Cars[], car Park[], int Area) { Car Cr, int CrNb; CrNb <-- 0; Park <-- { }; Cr <-- Select (Cars) I/ Cr = / if the Cars = {} while (Feasible (Cr)) do { Remove (Cr, Cars); Add (Cr, Park); CrNb <-- CrNb +1; Cr <-- Select (Cars) } if exist-Solution (Park) Then Success else return Error } Trace the above Greedy algorithm with the following data: Area = 1000, Cars [100, 50, 90, 70. 200, 300, 400, 80, 200] the cost for each parked car is 3JD. The objective function is: %3D k Max (ΣCis 1000) K |=1