Answer:
Convergent network
Explanation:
In networking, computers devices are connected together to communicate and share resources. Devices like routers and switches are examples of intermediate network devices and computers, smartphones, tablets and IP phones are all examples of end devices in a network.
In the past, dedicated networks are installed for separate voice, text and video packets. But as information technology evolves, one network is used for all three packets. This network is called convergent network.
Answer:
Statement to assign 32 to variable cheeses.
cheeses=32;
Explanation:
To assign any value to a variable in any programming language, we use "="operator.First declare a variable "cheeses"of type "int" in this case.Then assign 32 to variable "cheeses" with the help of "=" operator.After assigning 32 , variable will store 32 in it.
Implementation in c++.
#include <bits/stdc++.h>
using namespace std;
int main()
{
int cheeses;
cheeses=32;
return 0;
}
Answer: False
Explanation:Low-end CRM system are specifically designed for those companies which are small scale but can connect to many businesses or organization at a time. These are the customer relationship management system that happens to analyze the functioning of the business with high count of small companies with appropriate amount of customers.Thus, the statement given is false.
Answer:
The answer is "option B".
Explanation:
In the C++ programming language, it is legal to pass a parameter in the method that includes an individual array element. where an array is a collection of homogeneous (similar types of) elements. and other options are not correct that can be defined as:
- In option, a Passing argument in a function is not illegal in c++.
- In option c, It is recommended by the ANSI committee.
- In option d, It is good for practice in coding.
Answer:
True
Explanation:
Bandwidth refers to the maximum data transfer rate across the communication media it refers to the amount of information sent for unit time and it's not related to the speed at which data is transferred (latency) but rather the amount of information. As an analogy imagine a full-pipe, the width of the pipe is related to the amount of water per unit time across the pipe (bandwidth).
