Select all integer type names:Hint: Please follow the exact wording in the readsigned long intunsigned intsigned short intlong doublechar Match the entities on left with the entities on right:c-like initializationconstructor initializationuniform initializationc-like initializationconstructor initializationint count = 0;[Choose]float logx = 2.71;int count = 0;int count {0};bool is empty (true);int count (0);int count {0}:int count = 0;int count (0);

Description: Question-1:The correct answer is- signed longunsigned intsigned shortlong double An…

Answered: Select all integer type names: Hint:…

Select all integer type names: Hint: Please follow the exact wording in the reade signed long int ✔unsigned int signed short int Olong double char

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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Function Name: compliments Parameters: answer1 - a boolean (True or False) representing whether the user is "smart" answer2 - a boolean (True or False) representing whether the user is "awesome" answer3 - a boolean (True or False) representing whether the user is "fun" Description: Write a function that outputs a string of compliments based on the adjectives selected by the inputs. Use the inputs True and False. The function should return the string “You are” concatenated with the compliments that are true. The three compliments should be: "smart" "awesome" and "fun". If none of the compliments are true, print the string “Goodbye.” instead. Test Cases: >>>compliments(True, True, True) You are smart awesome fun. >>>compliments(False, True, False) You are awesome. >>>compliments(False, False, False) Goodbye.
#include<stdio.h>#include<stdlib.h> int cent50=0;int cent20=0;int cent10=0;int cent05=0; void calculatechange(int* change){if(*change>0){if(*change>=50){*change-=50;cent50++;}else if(*change>=20){*change-=20;cent20++;}else if(*change>=10){*change-=10;cent10++;}else if(*change>=05){*change-=05;cent05++;}calculatechange(change);}}void printchange(){if(cent50)printf("\n50cents:%d coins",cent50);if(cent20)printf("\n20cents:%d coins",cent20);if(cent10)printf("\n10cents:%d coins",cent10);if(cent05)printf("\n05cents:%d coins",cent05);cent50=0;cent20=0;cent10=0;cent05=0;}void takechange(int* change){scanf("%d",change);getchar();}int main(){int change=0;int firstinput=0;while(1){if(!firstinput){printf("\nEnter the amount:");firstinput++;}else{printf("\n\nEnter the amount to continue or Enter -1 to…
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my_round(number, integer): Based on the built-in round(...) function. Takes an integer or float and returns a rounded float value that is the number rounded to the second argument's decimal place. First argument can be any float or integer. Second argument must be an integer. Examples: my_round(1234.5678, 2) and round(1234.5678, 2) should return 1234.57. my_round(1234.5678, -2) and round(1234.5678, -2) should return 1200.0.
Convert totalYears to millennia, decades, and years, finding the maximum number of millennia, then decades, then years. Ex: If the input is 9011, then the output is: Millennia: 9 Decades: 1 Years: 1 Note: A millennium has 1000 years. A decade has 10 years #include <iostream>using namespace std; int main() { int totalYears; int numMillennia; int numDecades; int numYears; cin >> totalYears; cout << "Millennia: " << numMillennia << endl; cout << "Decades: " << numDecades << endl; cout << "Years: " << numYears << endl; return 0;}
#include <stdio.h>#include <stdlib.h> int cent50 = 0;int cent20 = 0;int cent10 = 0;int cent05 = 0; //Function definitionvoid calculateChange(int change) {if(change > 0) {if(change >= 50) {change -= 50;cent50++;} else if(change >= 20) {change -= 20;cent20++;} else if(change >= 10) {change -= 10;cent10++;} else if(change >= 05) {change -= 05;cent05++;}calculateChange(change);}} //Define the functionvoid printChange() { if(cent50)printf("\n50 Cents : %d coins", cent50); if(cent20)printf("\n20 Cents : %d coins", cent20); if(cent10)printf("\n10 Cents : %d coins", cent10); if(cent05)printf("\n05 Cents : %d coins", cent05);cent50 = 0;cent20 = 0;cent10 = 0;cent05 = 0; } //Function's definitionint TakeChange() { int change;printf("\nEnter the amount : ");scanf("%d", &change);return change; }//main functionint main() {//call the functionint change = TakeChange(); //use while-loop to repeatedly ask for input to the userwhile(change != -1){if((change %…
The compiler automatically performs several common conversions between int and double types, such automatic conversion is known as: Implicit conversion c) Explicit conversion Direct conversion d) None of the given choices
B- Declare a constant of character type with initial value='G' o Const char LETTER ='G'; O #define LETTER 'G'
Look at the following code. int x = 7; int *ptr = &x;What will be displayed if you send the expression *iptr to cout? What happens if you send the expression ptr to cout?
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Fill-in-the-Blank If function showValue has the following header: void showValue(int quantity) you would use the statement _________ to call it with the argument 5.
i need help restructuring this code. # Poor Chinese Zodiac Calculatoryear = int(input('Enter a year: '))animal_year = year % 12if animal_year == 0:print(year, 'is the year of the monkey')elif animal_year == 1:print(year, 'is the year of the rooster')elif animal_year == 2:print(year, 'is the year of the dog')elif animal_year == 3:print(year, 'is the year of the pig')elif animal_year == 4:print(year, 'is the year of the rat')elif animal_year == 5:print(year, 'is the year of the ox')elif animal_year == 6:print(year, 'is the year of the tiger')elif animal_year == 7:print(year, 'is the year of the rabbit')elif animal_year == 8:print(year, 'is the year of the dragon')elif animal_year == 9:print(year, 'is the year of the snake')elif animal_year == 10:print(year, 'is the year of the horse')else:print(year, 'is the year of the sheep') this is the starter code ^^^ these are the requirments• There should be a main function, a get_input function, and a get_zodiac_animal function. • The main…