int amount 5: int amount = 5; if (amount >= 100) { cout << "Amount is " << amount << " "; cout << "Tax is " << amount * 0.03; } if (amount >= 100) >3D "; cout <« "Tax is " <« amount * 0.03; cout <« "Amount is " <« amount << (a) (b) int amount = 5; int amount 0; if (amount >= 100); cout << "Amount is " cout << "Tax is " << amount * 0.03; if (amount = 0) cout <« "Amount is zero"; else cout « "Amount is not zero"; << amount << (c) (d)

int amount 5: int amount = 5; if (amount >= 100) { cout << "Amount is " << amount << " "; cout << "Tax is " << amount * 0.03; } if (amount >= 100) >3D "; cout <« "Tax is " <« amount * 0.03; cout <« "Amount is " <« amount << (a) (b) int amount = 5; int amount 0; if (amount >= 100); cout << "Amount is " cout << "Tax is " << amount * 0.03; if (amount = 0) cout <« "Amount is zero"; else cout « "Amount is not zero"; << amount << (c) (d)

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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case 3: res=31;break; case 4: res=30;break; case 5: res=31;break; case 6: res=30;break; case 7: res=31;break; case #include int days_in_month(int month,int is_leap){ int res=-1; switch(month) { case 1: res-31;break; case 2: if(is_leap) res=29; else res=28;break; 8: res=31;break; case 9: res=30;break; case 10: res=31;break; int m,1; printf("Enter month: "); scanf("%d",&m); printf("Enter printf("Days %d",days);} Write in c case 11: res=30;break; case 12: res=31;break; } return res;} int main() { 1 for leap year 0 for non leap: "); scanf("%d",&l); int days-days_in_month(m,1);
QUESTION 21 int x1=200; int y1=3003; int z1, z2, z3, z4; int d1, d2, d3; _asm{ mov EAX, x1; 200 mov EBX, y1; 300 mov z1, ESP; assume initial ESP: OFFF FFEA add EAX, x1; 400 push EAX; mov d1, EAX:400 mov z2, ESP; push EBX; SUB EBX, x1; 300-200=100 mov d2, EBX; mov 23, ESP; POP ECX; MOV d3, ECX; MOV z4, ESP; POP EDX; mov d4, EDX; What is z3 in Hexidecimal? O OFFF FFEA O OFFF FFE6 OFFF FFE2 OFFF FFEE
#include int days_in_month(int month,int is_leap){ int res=-1; switch(month){ case 1: res=31;break; case 2: if(is_leap) res=29; else res=28;break; case 3: res=31;break; case 4: res=30;break; case 5: res=31;break; case 6: res=30;break; case 7: res=31;break; case 8: res=31;break; case 9: res=30;break; case 10: res=31;break; case 11: res=30;break; case 12: res=31;break; } return res; } int main(){ int m,l; printf("Enter month: "); scanf("%d",&m); printf("Enter 1 for leap year 0 for non leap: "); scanf("%d",&l); int days=days_in_month(m,l); printf("Days %d",days); } Write in c
C ++ Using the following code: enum GradeLevel { FRESHMAN, SOPHMORE, JUNIOR, SENIOR }; struct Student { string first; string middle; string last; GradeLevel year; float GPA; }; Student A0012; // Student ID A0012 Student A0013; // Student ID A0013 A0012.first = "Bjarne"; A0012.last = "Stroustrup"; A0012.GPA = 3.56; A0013 = A0012; A0012.year = SENIOR; A0013.middle = "C++"; A0013.year = static_cast<GradeLevels>(A0012.year - 2); A0013.GPA = floor(A0012.GPA); // floor() rounds down to whole number A0012.middle = A0013.middle.at(0) + "."; What are the contents of the Student variables after this code has executed? Use the chart provided. Who is Bjarne Stroustrup?
Declare three structs: Struct TravelInfo{ String name; Double weight; Double newWeight; Int planetChoice; Int speed; }; Struct TravelTimeCalc{ Int totalTravelTime; Int years; Int days; Int hours; }; Struct Planet{ String planetNames; Double distanceFromSun; Double gravity; }; Planets, distance from sun(millions of miles), surface gravity as a percent of earth’s gravity: Mercury 36 0.27 Venus 67 0.86 Earth 93 1.00 Mars 141 0.37 Jupiter 483 2.64 Saturn 886 1.17 Uranus 1782 0.92 Neptune 2793 1.44 Pass the arrays to the FillPlanetInfo function that will load the data into the three arrays. Start a do while loop in main Pass the function AskSpaceTravellerInfo a reference to the TravelerInfo struct variable and the array of planet names. Get the user’s name, Earth weight, the speed they want to travel and the planet they wish to visit. Provide a menu with the planet names and a way for the user to select the chosen destination. Pass the data you obtained…
Sea A={luna); B={planetas del sistema solar};C={Marte, Júpiter};D={Mercurio, Venus, Tierra): encontrar CUD =
int pertambahan(int pilihan, int now){ int result; result =pilihan + now; return result;} int perkalian(int pilihan, int now){ int result; result = pilihan*now; return result;} int main(){ int NoR,initial; int now; int temp1, temp2; scanf("%d %d", &NoR, &initial); getchar(); now=initial; for(int o=0;o<NoR;o++){ char a,b; int pilihan1,pilihan2; scanf("%c %d %c %d",&a, &pilihan1,&b, &pilihan2); getchar(); if(a=='+') { if(pilihan1>=-1000 && pilihan1<=1000) { temp1 = pertambahan(pilihan1,now); } else{ temp1=-10000; } } else if(a=='x') { if(pilihan1>=-2 && pilihan1<=2){ temp1 = perkalian(pilihan1,now); } else { temp1=-10000; } } if(b=='+') { if(pilihan2>=-1000 && pilihan2<=1000) { temp2 = pertambahan(pilihan2,now); } else {…
JSON Response example when code = BAHRAIN as follows: { "Country": "Bahrain", "Tenps"il ("day": "SUNDAY", "temp"i {"day": "HONDAY", "temp": 35), ("day": "TUESDAYr, "teng": 39), ("day": "WEDNESDAY", "tenp": 37),. ("day"i "THURSDAY", "tenp": 35), ("day"i "FRIDAV", "temp": 34), ("day": "SATURDAY", "teng": 37) 1. Implement find Templ ) function as follows: Sample Eample This function will be called whenever the user change the value of the pull-down menu. This function should contact Ve the Web Service API, sending the selected country code, to Co display the information (country, daily temperatures in the week and average weekly temperature) inside the div tag whose id -result as shown in the example on the right. Country ahraln In addition, the country name and the average temperatures should be saved as one JS object inside an array in a local storage. Whenever new request is made, the countrylaverage will be saved and added to the array inside the local storage (duplicates is allowed).…
#include <iostream> #include <iomanip> double double showMenu(); double takePurchase(double); double takePayment(); double takePayment(); void displayInfo(double, double); double showMenu() {} double takePayment() { double takePurchase() { } double takePurchase (double) { } double takePurchase(double price) { } double takePayment() {} displayInfo (double purchase, double payment) void displayInfo (double purchase, double payment){} int quantity; return (price * quantity);
} BMI(struct Person* person) { person->BMI = person->weight / (person->height person->height); return person->BMI; } //Q10: Why is the return type char*? char* determineWeightCategory(struct Person* person) {//assumes BMI is known const double UNDERWEIGHT = 18.5; const double NORMALWEIGHT = 24.9; const double OVERWEIGHT = 29.9; } else { //Q11: If the value in person->BMI is equal to 18.5 and person is athletic, what will be //stored in p- //Q12: The first if statement validates against certain conditions. //What are the conditions it is validating against? //HINT: Think about what causes BMI to be less than 0. if (person->BMI weightCategory, "ERROR"); } else if (person->BMI weightCategory, "Underweight"); } else if (person->BMI weightCategory, "Normalweight"); } else if (person->BMI weightCategory, "Overweight"); strcpy(person->weightCategory, "Obese"); return person->weightCategory; //Q13: Why do we return person->weightCategory? } //Q14: Why is provider passed by value?
int getUpperScore(){ int upperScore = 0; for(int i = ONES; i <= SIXES; i++){ upperScore += score[i]; } return upperScore + getBonusScore(); } //Returns the score of the upper part of the board int getLowerScore(){ int lowerScore = 0; for(int i = THREE_OF_KIND; i <= YAHTZEE; i++){ lowerScore += score[i]; } return lowerScore; } //Returns the bonus points int getBonusScore(){ const int UPPER_SCORES_THRESHOLD = 63; const int BONUS_POINTS = 35; if(getUpperScore() >= UPPER_SCORES_THRESHOLD){ return BONUS_POINTS; } return 0; } //Returns the total score int getTotalScore(){ return getUpperScore() + getLowerScore(); } Test 10: Check upper board and having bonus correctly (0/3) failed
def calculate_growth_cycle(plant_name): if(plant_name == "strawberry"): print("### The life cycle of a strawberry ###\nA seed takes 110 days to reach maturity.") elif(plant_name == "cucumber"): print("### The life cycle of a cucumber ###\nA seed takes 76 days to reach maturity.") elif(plant_name == "potato"): print("### The life cycle of a potato ###\nA seed takes 120 days to reach maturity.") else: print('Your plant is available, please try "strawberry", "cucumber" or "potato"') Plants Growth Cycle Learning Objectives In this lab, you will practice: Defining a function to match the given specifications Calling the function in your program Using if statements (can combine them with dictionaries) Instructions For every plant, there is a growth cycle. The number of days that it takes starting from being a seed and ending in being a fruit is what is called the growth cycle. Write a function that takes a plant's name as an argument and…