Answer:
A. dprops = m /s seconds.
B. drans = L / R seconds.
C. delay(end −to−end) = (m /s + L / R) seconds.
D. The bit has just been sent to Host B or just left Host A.
E. The first bit is in the link and has not reached Host B.
F. The first bit has reached Host B.
G. m = 535.714 km.
Explanation:
The transmission time or delay of packets in a network medium is the packet size L, divided by the bit rate R (in seconds). The propagation time or delay is the ratio of the distance or length of the transmission cable, m, and the propagation speed of the cable, S (in seconds).
The end-to-end delay or the Packet delivery time is the total delay in transmission, which is the sum of the propagation delay and the transmission delay.
To get the distance where the propagation delay is equal to the transmission delay;
distance (m) = L /R
= (120/56 ×10^3) 2.5 ×10^8 = 535.714 km
A server process in Host B has a welcoming socket at port 977. What will trigger the server process to create a connection socket?
Answer:
Explanation:
This connection socket will be created when Host B receives a TCP SYN segment that contains the destination port number 977. This means that there is data that is trying to enter through that port number, as a welcoming socket this destination is available and when data requests access through it the OS creates a connection socket using Host B in order to allow access to the TCP SYN segment.
Some of the arguments are valid, whereas others exhibit the converse or the inverse error. Use symbols to write the logical form of each argument. If the argument is valid, identify the rule of inference that guarantees its validity. Otherwise, state whether the converse or the inverse error is made. If this computer program is correct, then it produces the correct output when run with the test data my teacher gave me. This computer program produces the correct output when run with the test data my teacher gave me.
∴
This computer program is correct.
Let p = "this computer program is correct," and let q = "this computer program produces the correct output when run with the test data my teacher gave me." Is the argument valid or invalid? Select the answer that shows the symbolic form of the argument and justifies your conclusion.
Hi, you've asked an incomplete/unclear question. I inferred you want a symbolic representation and validity of the argument mentioned.
Answer:
argument is valid
Explanation:
Let's break down the arguments into parts:
Let,
p = "if this computer program is correct,"
q = "this computer program produces the correct output when run with the test data my teacher gave me."
c = "This computer program is correct."
Meaning, p ⇒ q (p results in q), then we can conclude that,
(p ⇒ q ) ∴ ⇒ c
However, the correct converse of the statement is:
If this computer program produces the correct output when run with the test data my teacher gave me, then the computer program is correct,"
q ⇒ p (If q then p)
While the correct inverse of the statement is:
If this computer program is not correct, then this computer program does not produce the correct output when run with the test data my teacher gave me."
anthill is to ant _________ is as to king
Answer: palace or castle
Explanation: the anthill is the big place where the ants live and the palace is the big place where the king lives.
13 List five examples of functionality that can be added when using express
cards?
Answer:
This Answer Was Pasted Over From ayushisingh5
Explanation:
ExpressCards can connect a variety of devices to a computer including mobile broadband modems (sometimes called connect cards), IEEE 1394 (FireWire) connectors, USB connectors, Ethernet network ports, Serial ATA storage devices, solid-state drives, external enclosures for desktop-size PCI Express graphics cards and ...
Using a for loop, write a function lastfirst() that takes a list of strings as a parameter. Each string in the list has the format 'Last, First' where Last is a last name and First is a first name. You should assume that there are no spaces between the last name and the comma and that there are an arbitrary number of spaces between the comma and the first name. The function lastfirst() returns a list containing two sub lists. The first sub list is a list of all the first names and the second sub list is a list of all the last names. The following shows how the function would be called on two example parameters:>>> lastfirst(['Lulis, Evelyn', 'Jones, Tom', 'Presley, Elvis', 'Sumner, Gordon'])[['Evelyn', 'Tom', 'Elvis', 'Gordon'], ['Lulis', 'Jones', 'Presley', 'Sumner']]>>> lastfirst(['Ford, Harrison', 'Hepburn, Katharine', 'Tracy, Spencer'])[['Harrison', 'Katharine', 'Spencer'], ['Ford', 'Hepburn', 'Tracy']]
def lastfirst(lst):
newlst = []
newlst1=[]
for x in lst:
w = x.split(",")
newlst.append(w[1].strip())
newlst1.append(w[0].strip())
newlst2 = [newlst], [newlst1]
return newlst2
lst1 = (['Lulis, Evelyn', 'Jones, Tom', 'Presley, Elvis', 'Sumner, Gordon'])
print(lastfirst(lst1))
I hope this helps!
Assume that you want two C# or C++ programs to share some data. You can write the first program so that it writes it's output to a file, and then write the second program so that it reads the data from this file. However this process can be difficult and time consuming, especially if you don't know how to program in C# or C++. What feature of the UNIX/Linux shell can you use to simplify the process of sharing data between programs?
Certain ways exist to simplify the process of data sharing between programs.some of these ways are;
A) When there are two programs that are not running at the same time,then the pipes or the sockets won't be able to work as their buffers would not be able to hold large files because they are small.
Looking at this scenerio,shared memory can be used.
The Sysv IPC shared memory API, POSIX shared the memory API or rather files on a tmpfs system of files can actually be used for shared memory operations.
B) Another possible solution can be named file. Instead of using an unnamed and shell pipeline,a name pipeline them uses the file system.
However,it can be treated with the use of mkfifo() or mknod() commands and then two separate programs or also processes can as well access the pipe by making use of the name of the pipe.
But one process(program) can actually open the pipe but as a reader for reading purposes and the other for writing purposes as a writer.
Write a method named printGPA that takes in as a parameter a Scanner to read in user input, and calculates a student's grade point average. The user will type in input containing the student's name, then a number of scores, followed by that many integer scores. Then, the method will print out the average of all grades entered. Here are two example dialogues: Enter a student name: Maria Enter the number of courses: 5 Course 1 Grade: 72 Course 2 Grade: 91 Course 3 Grade: 84 Course 4 Grade: 89 Course 5 Grade: 78 Maria's grade is 82.8 Enter a student name: Jordan Enter the number of courses: 4 Course 1 Grade: 86 Course 2 Grade: 71 Course 3 Grade: 62 Course 4 Grade: 90 Jordan's grade is 77.25
import java.util.Scanner;
public class JavaApplication40 {
public static void printGPA(Scanner scan){
System.out.println("Enter a student name:");
String name = scan.nextLine();
System.out.println("Enter the number of courses:");
int courses = scan.nextInt();
double total = 0;
for (int i = 1; i <= courses; i++){
System.out.println("Course "+i+" Grade:");
double grade = scan.nextDouble();
total += grade;
}
System.out.println(name+"'s grade is "+(total/courses));
}
public static void main(String[] args) {
Scanner scan = new Scanner(System.in);
printGPA(scan);
}
}
I hope this helps!
Use your editor to open the cc_data.js file and study the data stored in the staff object to become familiar with its contents and structure. Close the file, but do not make any changes to the document.
Answer:Use your editor to open the tny_july_txt.html and tny_timer_txt.js files from the ... 3 Take some time to study the content and structure of the file, paying close ... the nextJuly4() function, insert a function named showClock() that has no parameters. ... Declare a variable named thisDay that stores a Date object containing the ...
Explanation:
The string expression strVar.____________________ starts at index pos, replaces the next n characters of strVar with all the characters of str.
Answer:
strVar.replace(pos, n, str);
Explanation:
The strVar.replace() is a javascript function of searching and replacing a string for a defined value, whereby it finds and returns a new string where the defined values are replaced.
For example: to return a string where "Trump" is replaced with "Biden":
We have
var str = "Welcome Trump!";
var res = str.replace("Trump", "Biden", str);
Hence, in this case, the correct answer is strVar.replace(pos, n, str);
Look at the picture, list down the things you must do to make it more organize
Answer:
The electrical cable
Explanation:
The most dangerous is the electrical cable to be organised as much as you can as in case any damage or not double insulation could cause a harm to the people.
Help very please??????
Answer:
Z = 100
C = 200
School = "Emirates American School"
print(Z,C,School)
x = 5
y = 5
output = (x == y)
print(output)
txt = "I study at {}"
print(txt.format(School))
print(School.upper())
please help anyone plss the code for the html to create an website plsss anyone PLSSSSS and i will mark u as brainliest forever
Answer:ater on, in Chapter 9, you'll learn to put web pages online so anyone with a web ... Every web page you build along the way will be a bona fide HTML document. ... That means that the raw code behind every web page you create will consist entirely ... punctuation marks, and everything else you can spot on your keyboard).
Explanation:
How should you specify box sizes on a web page if you want the boxes to vary according to the font size of the text they contain? A.
in pixels
B.
in inches
C.
as percentages
D.
in em units
Answer:
It's D: in em units
Explanation:
Plato
The art element line is a moving point.
True or False
The page-replacement policy means that pages are not placed to make more space. A. True B. False
Answer:
B. False
Explanation:
A page-replacement policy can be defined as a set of algorithm that instructs the operating systems on what memory page is to be swapped, paged out or written to disk in order to allocate more memory as they're required by various active processes during virtual memory management.
Some of the algorithms or techniques used by the operating system for page-replacement policy are;
1. Last In First Out (LIFO).
2. First In First Out (FIFO).
3. Least Recently Used (LRU).
4. Least Frequently Used (LFU).
5. Optimal (OPT or MIN).
Hence, the page-replacement policy means that pages are placed to make more space and to minimize the total number of page that would be missing.
The answer to this question is false.
This is due to the fact that the page-replacement policy helps to decide the pages of memory that needs to be paged out or swapped out.
This becomes necessary at a time when it is necessary for the allocation of a memory page.
It helps the operating system to know the memory space that can be moved out in order to know what space can be made available for the current page.
Read more on https://brainly.in/question/7169703
Given main(), complete the Car class (in file Car.java) with methods to set and get the purchase price of a car (setPurchasePrice(), getPurchasePrice()), and to output the car's information (printInfo()).
Ex: If the input is:_______.
2011
18000
2018
Answer:
Explanation:
This a java code for a car and can be written as follows:
public class Car {
private int modelYear;
private int purchasePrice;
private int currentValue;
public int getModelYear() {
return modelYear;
}
public void setModelYear(int modelYear) {
this.modelYear = modelYear;
}
public int getPurchasePrice() {
return purchasePrice;
}
public void setPurchasePrice(int purchasePrice) {
this.purchasePrice = purchasePrice;
}
public int getCurrentValue() {
return currentValue;
}
public void calcCurrentValue(int year) {
int age = year - modelYear;
currentValue = (int) Math.round(purchasePrice * Math.pow(0.85, age));
}
public void printInfo() {
System.out.println("Car's information:");
System.out.println(" Model year: " + modelYear);
System.out.println(" Purchase price: " + purchasePrice);
System.out.println(" Current value: " + currentValue);
}
}
An important communication principle states ""prepare before you communicate."" How should this preparation manifest itself in the early work that you do? What work products might result as a consequence of early preparation?
Answer:
Planning is very important before communicating a product to others.
Explanation:
We should always prepare well about what we are going to communicate to others. We should know the topic properly or know about the product before we speak about it in front of others. We should understand the concept of the product before we communicate it to others.
Planning is also an important before going to speak or communicate.
Before communicating a product to others, we should prepare :
1. We should very well understand the concept of the product also its scope. The scope will provide product team with the destinations.
2. We should keep in mind to involve the valuable customers in our plannings.They defines the priorities of the product.
3. We should recognize that the planning is highly iterative.
4. We should do a market research or study or the business domain that the product will address.
5. We should understand the different stakeholders and their requirements and be open to negotiations.
It is vital to prepare in every communication as your success depends on it. One can prepare by researching on the area we want to talk about and practicing one's speech.
Why do we need to prepare in communication?The success one has in communicating is said to be a skill that is often used in a lot of field of work.
Conclusively, It is vital that a person do prepare to communicate well when they have been given the opportunity to do so and this involves a lot of research and practice.
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Given six memory partitions of 300 KB, 600 KB, 350 KB, 200 KB, 750 KB, and 125 KB (in order). The memory allocation algorithm that is used to place processes of size 115 KB, 500 KB, 358 KB, 200 KB, and 375 KB in the following order is the _______________.
Answer:
The memory allocation algorithm that is used to place the processes given is the First Fit Algorithm
Explanation:
The First Fit Management Algorithm works by ensuring that the pointer keeps track of all the free spaces in the memory and accepts and executes all instructions to allocate a memory block to the coming process as long as it is big enough to hold the size of the process.
For example, the First Fit algorithm will allocate the processes in the first block that fits (that is, if it can fit the memory bock in the queue, then the process will be store)
It will work as follows (recall that the memory partitions are in order and must remain so):
A) 115 KB is stored in 300KB block, leaving the following free spaces (185KB, 600KB, 350KB, 200KB, 750KB, 125KB), next
B) 500 KB is store in a 600KB block leaving the following free spaces (185 KB, 100 KB, 350 KB, 200 KB, 750 KB, 125 KB), next
C) 358 KB is stored in 750KB block, leaving the following free spaces (185KB, 100KB, 350KB, 200KB, 392KB, 125KB) next
D) 200 KB is stored in 350KB block, leaving the following free spaces (185 KB, 100 KB, 150KB, 200KB, 392KB, 125KB) next
E) 375KB is stored in 392KB block leaving (185KB, 100KB, 150KB, 200KB, 17KB, 125KB)
One of the demerits of this Algorithm is that, as shown above, memory is not maximized. It however is one of the easiest algorithms amongst all the other memory allocation processes.
Cheers
Which of these can be sorted with a bubble sort?
['red', 'blue', 'green', 7]
{41:5,32:10, 20: 234}
[7, 10, 2.5, 1.566]
[1, 2.5, 'book']
Answer:
C
Explanation:
ed 2021
help plz!!!!!!!!!! neeeeeeeeeeeeeeeeeeeeeeeeeeeeeedddddddddddd heeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeelllllllllppppppppppppppppppppppppppppppppppppppppppppppppppppppp
Answer:
how to those with other people is so good if you have
Answer:
for what what is your questions
The four smallest numbers (40 points) Write an ANNA assembly program (smallest_four.ac) that finds the four smallest numbers entered by the user. Initially, the program continually asks the user to enter numbers. As soon as a negative value is entered, compute which numbers are the top four (smallest) numbers. For instance, if the user entered 2, 6, 7, 6, 5, 7, 6, 17, 15 -1; the program should print 2, 5, 6, 6 (the four smallest numbers in the sequence). If the user enters a negative number at the beginning, print 0. If the user enters four or fewer numbers, print all the numbers as output.
Notes:
• The goal of this problem is to exercise storing, retrieving, and scanning the numbers stored in memory. Therefore, a solution where you keep track of the smallest four numbers in registers as the numbers are entered is not acceptable. Such a solution will receive a maximum of 15 points for this problem.
• Do not keep track of everything in the input loop. You will need to store all numbers entered by the user in memory.
• Store all numbers entered into a growing array. • Note that The array should be the last item in your data section so it can grow as large as necessary.
• You may assume there is enough memory to hold all numbers entered by the user.
Answer:
the answer is -25
Explanation:
Help Quick Please!!!!
Ann sent out a business letter three weeks ago, hoping to increase sales. However, she has not seen an increase. She thinks that making the communication more impressive will increase the business. Ann should _____.
When would it be necessary to edit the information shown on an electronic business card?
Answer:
It's D dear
Explanation:
Answer:
D. to show only relevant information to people inside your organization
Explanation:
hope this helps :)
Super Scores
I am sure all of you know about SAT Superscore. Superscoring is the process by which colleges consider the highest section scores across all the dates a student took the SAT. Rather than confining the scores to one particular date, this approach will take the student's highest section scores, forming the highest possible composite score. Let us solve a generic problem here. Let us start with a sample input and output 2 3
700 800 775 775 800 700 800 800 1600
First line of input specifies 2 sections and 3 takes for this student. So, we need to find the best score for each section across all the test takes & output the best section scores and the corresponding total - next 3 lines show the scores for each section for each take - For this sample input/output, student got 800 in both sections, so the final total is 1600 Your program should be generic to handle any # of sections and any # of takes 2591421130838 5 int main() 6 int nursections, nuntakes, naxScores; cin >> nun sections >> nuntakes; 9 maxScores - new int [numSections); //dynamic memory allocation of arnay! 10 11 // initialize the array 12 for(int 1-e; Icnum Sections; i++) 13 maxScores[1] - ; 14 15 //CODE HERE 16 17 1/output the max score for each section and compute & output total too. 18 int total -e; 19 for(int 1-e; Icnum Sections; 1.) { 20 cout << maxScores[1] << **; 21 total + maxScores[i]; 22 ) 23 cout << total; 24 ) I
Answer:
Replace:
//CODE HERE
//output the max score for each section and compute & output total too.
with the following lines of codes:
int num;
for(int i=0; i<numtakes; i++) {
for(int j=0; j<numsections; j++) {
cin>>num;
if(num>maxScores[j]){
maxScores[j] = num; }
} }
Explanation:
Your program is poorly formatted. (See attachment for correct presentation of question)
What's required of the us is to complete the source program.
The codes has been completed in the Answer section above, however, the line by line explanation is as follows:
This line declares num that gets user for input for each entry
int num;
This line iterates through the number of takes
for(int i=0; i<numtakes; i++) {
This line iterates through the number of sections
for(int j=0; j<numsections; j++) {
This gets user input for each entry
cin>>num;
The following if condition determines the greatest entry in each section
if(num>maxScores[j]){
maxScores[j] = num; }
} }
For further explanation, I've added the complete source file as an attachment where I used comments to explain each line.
what CSS properties will you need for your page
Answer:
border-radius.
box-shadow.
text-shadow.
text-stroke.
Multiple Backgrounds.
background-size.
text-overflow.
Flexible Box Model.
Explanation:
You need to be familiar with at least some of these kinds of CSS.
if there was no technological advancement what would be our society like
Answer:
WHAT SOCIETY?!
Every night we'd still be squatting in caves, hunched around campfires, waiting for the leopards to pick us off....
It's hard to have a society when your means of communication are nearly zero and therefore can't sustain the dialogue necessary to develop the shared values needed to form a society.
anyone know how to fix black screen of death on computer
Answer:
you asked a question so you must have fixed it
Explanation:
logic
For python, Write a function named getResults that accepts radius of a sphere and returns the volume and surface area. Call this function with radius = 3.5 , and display results in one decimal format.
volume = 4/3 * pi * r ^ 3
Surface Area = 4pi * r ^ 2
import math
def getResults(r):
return "Volume = {}\nSurface Area = {}".format(round((4/3)*math.pi*(r**3),1), round((4*math.pi)*(r**2),1))
print(getResults(3.5))
I hope this helps!
Crowdsourcing is not only used for relatively simple tasks such as designing a Web site or designing a case for a smartphone. Today, it is increasingly being used in more complex designs as well. Precyse Technologies provides supply-chain products and solutions that assist organizations in tracking their inventories using RFID technology. It was having difficulty improving the performance and battery life of a particular RFID device; there were not adequate internal resources to tackle the problem. So, Precyse asked InnoCentive, a crowdsourcing provider, for assistance, believing that crowdsourcing would provide quick access to a worldwide talent pool and a higher return on investment (ROI). Ultimately, the company received more than 300 ideas from global experts for solving its problem. It narrowed the pool down to three finalists, from which a winner was chosen. The whole process took approximately four months, and Precyse estimated that it saved the company $250,000. 1. What are some typical applications of crowdsourcing? 2. What are some advantages of crowdsourcing? 3. How could crowdsourcing reduce the systems design cost and are there certain problems you would not want to use crowdsourcing to solve?
1) SOME APPLICATIONS OF CROWD SOURCING ARE;
- MARKETING STRATEGY; There is finalizing of marketing strategies by firms and this is based on the crowd sourcing ideas.
- THOUGHT LEADERSHIP; There has been catering to crowdsourcing for high level thought leadership by many firms and this is done in various fields such as Human resources.
- DESIGNING; Designing is very common for crowdsourcing and this is seen where a bunch of talent pool is being used for the purpose of designing websites,applications and as well as other prototypes.
SOME OF THE ADVANTAGES OF CROWDSOURCING ARE;
- An individual can actually save lots of costs,this is because they don't need to hire a permanent resource and this resource can be quite expensive.
- Another advantage of crowdsourcing is that one can actually get services and idea from pool of professionals that are far talented across the world.
- It also play a role in obtaining of ideas from a group of people and this can go a way in shortening the resolution process, therefore saving time.
CROWDSOURCING HELPS IN GETTING IDEAS AND SERVICES FROM A WIDER POOL OF PROFESSIONALS THAT ARE TALENTED,So;
Lots of time are being saved when there is actually a large talent pool.
This then translates into shorter span in the system design process and it also results in the saving of costs.
However,a firm don't necessarily need to hire permanent resources for critical inputs I'm the design process and this also results in saving of costs s well.
People are known to be using Crowdsourcing. The applications of crowdsourcing is often done so as to gather information or work product.
This helps to gather or seeks money to aid individuals, charities, or for one to start a business. The advantages of crowdsourcing are cost savings, speed, etc.Crowdsourcing is known to help man to remove the various costs due to functioning as a pay-per-task model.
A well managed crowdsourcing can be used to pay workforce.
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In the rapid application development (RAD) model, the _____ phase focuses on program and application development tasks similar to the SDLC.A) requirements planningB) user designC) constructionD) cutover
Answer:
C) construction
Explanation:
Rapid application development abbreviated RAD is an agile software development strategy that reduces time spent on planning so that prototype development takes priority and project turnaround time is greatly reduced consequently. There are four phases in rapid application development :
requirements planning, user design, construction, cutover
The construction phase is the third stage in rapid application development. This stage builds on the progress of the previous stages- the requirements planning stage and user design stage- to go ahead to finalize the application development which has been agreed on through iterations and communication between developer and client in the user design stage. In other words, this stage basically takes the ideas, prototypes and beta products from the previous stages and makes it into a real final product. The rationale or perks behind this is that other problems such as what product would do or look like or any changes or modifications have been worked out in previous stages thereby speeding up development in this stage.