Answer: four different types
There are four different types of IPv4 addresses: public, private, static, and dynamic. While the public and private are indicative of the location of the network—private being used inside a network while the public is used outside of a network—static and dynamic indicate permanency.
If that’s a true or false question it’s true.
Answer:
#include<stdio.h>
#include <iostream>
using namespace std;
int main(){
int number, min, max;
cout << "Enter the minimum range: ";
cin >> min;
cout << "Enter the maximum range: ";
cin >> max;
cout << "Odd numbers in given range are: ";
for(number = min; number <= max; number++)
if(number % 2 !=0)
cout << number<< " ";
cout<< "Even numbers in given range are: ";
for(number = min; number <= max; number++)
if(number % 2 ==0)
cout << number << " ";
return 0;
}
Explanation:
First of all, we take declare two variables. one as the lowest number of the range and the other as the upper limit of the range (in this case: <em>min</em> and <em>max</em>). We declare another variable (<em>number</em>) and store in it the lowest number of the range (<em>min</em>). To check whether the number currently stored as the value of the variable (<em>number</em>) is even, we take in account the remainder of that number divided by 2. If the remainder does not equals 0, we print that number as odd. We again check the remainder by dividing the number by 2. If the remainder does equals 0, we print that number as even.
Edmodo is a educational website designed to make learning and teaching easier.
Students can speak with other students about classwork, and the teacher can also communicate assignments and give messages for the entire class.
Of course the teacher can see all of the messages you post, so inappropriate language and not school related conversations usually end up with trouble with the teacher.
I used this site in 7th and 8th grade
for Language arts and Social Studies.
But of course Edmodo can be used with any subject:)
love, the Pineapple.
<3
That's really really hard, my god Cassie!
Explanation:
I don't know what the answer is. bekos Yu du not is da layer of da peyk Cassie. di ka mukhang dragon
