Answer:
best-fit
Explanation:
Best-fit: Closest in size to the request: In the Dynamic Partitioning technique of memory management, the placement algorithm that scans memory from the location of the last placement and chooses the next available block that is large enough to satisfy the request
Answer:
// here is code in c++
// headers
#include <bits/stdc++.h>
using namespace std;
// main function
int main()
{
// variables
int n,num;
double sum=0, avg;
long long int prod=1;
cout<<"Enter value of N:";
// read value of N
cin>>n;
cout<<"enter "<<n<<" numbers:";
// read the N numbers
for(int x=0;x<n-1)
{
cin>> num;
// calculate sum of all
sum=sum+num;
calculate product of all
prod=prod*num;
}
// print sum
cout<<"sum of all "<<n<<" numbers is: "<<sum<<endl;
// print product
cout<<"product of all numbers is : "<<prod<<endl;
print average
cout<<"average of all "<<n<<" numbers is: "<<sum/n<<endl;
return 0;
}
Explanation:
Read the value of n from user.Then ask user to enter n numbers. Then calculate sum of all entered number and their product.After this calculate the average of entered number by dividing sum with n.Print sum, product and average of n numbers.
Output:
enter value of N:6
enter 6 numbers:1 2 3 4 5 6
sum of all 6 numbers is: 15
product of all numbers is : 120
average of all 6 numbers is: 2.5
D I would think……… good luck
Answer:
Synchronous communication examplesinclude: instant messaging, video conferencing, webcams, MUDs, MOOs, chat, Second Life. Examples of one-to-one synchronous communication include: instant messaging. Examples of one-to-manysynchronous communication include: video conferencing, MUDs, and MOOs.
Our function will simply be the inverse of the given one: celsius and kelvin degrees differ by 273.15. You add this number is you compute kelvin from celsius, and you subtract this number if you're going the other way around (which is what we're doing):
#include
double KelvinToCelsius(double valueKelvin ) {
double valueCelsius = 0.0;
valueCelsius = valueKelvin - 273.15;
return valueCelsius ;
}
