Answer:
Answered below.
Explanation:
The three general methods consist of unicasting, broadcasting and multicasting.
Casting implies the transfer of data from one computer (sender) to another (recipient).
Unicasting is the transfer of data from a single sender to a single recipient.
Broadcasting deals with the transfer of data from one sender to many recipients.
Multicasting defines the transfer of data from more than one sender to more than one recipients.
A component which is most likely to allow both physical and virtual machines to communicate with each other is a: virtual switch.
<h3>What is virtualization?</h3>
Virtualization can be defined as the creation of an abstract layer over computer hardware primarily through the use of a software, in order to enable the operating system (OS), storage device, server, etc., to be used by end users over the Internet.
In Cloud computing, some of the components (features) which is not required for a successful virtualization environment include the following:
In conclusion, we can infer and logically deduce that a component which is most likely to allow both physical and virtual machines to communicate with each other is a virtual switch because it enables the virtual servers and the desktops to communicate.
Read more on virtualization here: brainly.com/question/14229248
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Complete Question:
Which component is most likely to allow physical and virtual machines to communicate with each other?
VHD.
Virtual switch.
Hyper V.
Host OS.
Answer:
First off, I'm not writing your essay. I will give you a guide and you can take it from there. Also, I don't know any context about the question.
- Computer applications can handle input and output at a significant rate.
- Computers were designed to handle mathematical operations and now at today's rate a single 2+2 can spit out a answer in 64 nanoseconds.
Answer:
Explanation:
The following Java program creates various Date objects for each one of the provided milliseconds in the question. Then it calls the toString() method on each one. The last two milliseconds were not included because as a long variable they are too big for the Date object to accept. The code has been tested and the output is shown in the image below.
import java.util.Date;
class Brainly {
public static void main(String[] args) {
Date date = new Date();
date.setTime(10000);
System.out.println(date.toString());
Date date2 = new Date();
date2.setTime(100000);
System.out.println(date2.toString());
Date date3 = new Date();
date3.setTime(1000000);
System.out.println(date3.toString());
Date date4 = new Date();
date4.setTime(10000000);
System.out.println(date4.toString());
Date date5 = new Date();
date5.setTime(100000000);
System.out.println(date5.toString());
Date date6 = new Date();
date6.setTime(1000000000);
System.out.println(date6.toString());
}
}
