Answer:
All are True
Explanation:
a. A constructor must have the same name as that of a class. For example
public class MyFirstClass{ // this is the class name
public MyFirstClass() } // the constructor having the same name as class.
b. Constructors never have a return type not even void because it is only used to initialize the values of data members of the class when the object of the class is created so constructors are not directly called hence they do not need to have a return type.
c. Constructors are invoked using the new operator.
When the new object is created the constructor is invoked in order to initialize the variables of a class. The memory is allocated to the object and then the constructive is invoked for the purpose to initialize the object.
Answer:
A company will only process your personal data when they have a legal basis for doing so.
The legal basis to process personal data will one of the following:
1.For the performance of contract: for recruitment process, for human resource management, and to manage those carrying out work on behalf of PI.
2.For legal requirement: to comply with applicable regulatory obligations and employment law.
3.For their legitimate interests:
to administer their website, to manage their donations, to carry out research and investigations and to manage volunteer.
It depends on what algorithm you’re using.
If you’re going item by item, you’ll be looking at O(n) or O(40000)
Give me a reply if you want to know more, such as if you did binary search what the Big O notation is
Answer:
The code is given below. Follow the question and the code definitions for better understanding.
Explanation:
#include<iostream>
#include<string>
using namespace std;
int main(){
string pastWord="";
string currentWord,nextWord;
int n,t;
int singleton=0;
int consecutive=0;
cout<<"Enter words. ('xxxxx' to exit):\n";
cin>>nextWord;
do{
currentWord=nextWord;
cin>>nextWord;
if ( (currentWord!=pastWord)&&(currentWord!=nextWord) )
singleton++;
else if((currentWord==pastWord)&&(currentWord!=nextWord))
consecutive++;
pastWord=currentWord;
}while(nextWord!="xxxxx");
n=singleton;
t=consecutive;
cout<<"There were "<<n<<" singletons and "<<t<<" consecutive repetitions.";
cin.get();
return 0;
}
E-mail administrators may make use of Circular Logging which overwrites a log file when it reaches a specified size or at the end of a specified time frame.Circular logging<span> is a method or feature used to conserve hard disk space by overwriting individual log files, thus keeping the transactional log to a minimum.</span>
