Answer:
The Power supply has been damaged.
Explanation:
There is no video on the monitor, but the monitor is tamed on. Also, there is no fan spinning sound. What this means is that the Power supply is not working, because fan is unable to work. The light of monitor is on because the direct power supply from the building is fate.
Note: In case of CMOS RAM is damaged, or processor is damaged, CPU fan will run properly until and unless the power supply is not enough.
Write a program that uses nested loop or for statements to display Pattern A below, followed by an empty line and then another set of loops that displays Pattern B. Once again no setw implementation is allowed here but you must use nested loop or for statements with proper indentation to generate these patterns. Use meaningful variable identifier names, good prompting messages and appropriate comments for each loop segment as well as other sections in the body of your program.
Note: Each triangle has exactly seven rows and the width of each row is an odd number. The triangles have appropriate labels displayed.
Pattern A
+
+++
+++++
+++++++
+++++++++
+++++++++++
+++++++++++++
Pattern B
+++++++++++++
+++++++++++
+++++++++
+++++++
+++++
+++
+
Answer:
public class Pyramid {
public static void main(String[] args) {
int h = 7;
System.out.println("Pattern A");
for(int i = 1; i <= h; ++i)
{
for(int j = 1; j <= i; ++j) {
System.out.print("+");
}
System.out.println();
}
System.out.println();
System.out.println("Pattern B");
for (int i = 1; i<=h; ++i)
{
for(int j = h; j >=i; --j){
System.out.print("+");
}
System.out.println();
}
}
}
Explanation:
The trick in this code is using a nested for loopThe outer for loop runs from i = 0 to the heigth of the triangle (in this case 7)The inner for loop which prints the (+) sign runs from j = 0 to j<=iIt prints the + using the print() function and not println()In the pattern B the loop is reversed to start from i = heightWhen Judy logged on the network, she faced the message requesting that she changes her password. So, she changed her password. But, she does not like to remember too many passwords. She wants to keep only one password. So, she tried to change the password again to her original password. But, she cannot change the password. Why can’t she change the password
Answer:
Because reusing the old passwords possess security threats.
Explanation:
A password can be defined as a string of characters or words or phrases that are used to authenticate the identity of the user. It is also known as passcode and should be kept confidential. A password is used to access constricted systems, applications, etc.
A password or passcode is usually composed of alphabets, numbers, symbols, characters, alphanumeric, or a combination of these.
In the given case, Judy was not able to change her passcode to the previous one because reusing old passwords is prohibited in any sites or systems. A system denies the user to reuse the old passwords for various reasons but most importantly due to security reasons. Though it is said that old passwords can be used after 100 times but seldom someone changes a password that much. All systems care for the security of their users thus they deny reusing old passcodes.
Write a telephone lookup program. Read a data set of 1,000 names and telephone numbers from a file that contains the numbers in random order. Handle lookups by name and also reverse lookups by phone number. Use a binary search for both lookups.
Answer:
See explaination
Explanation:
PhoneLookup.java
import java.io.FileReader;
import java.io.IOException;
import java.util.Scanner;
public class PhoneLookup
{
public static void main(String[] args) throws IOException
{
Scanner in = new Scanner(System.in);
System.out.println("Enter the name of the phonebook file: ");
String fileName = in.nextLine();
LookupTable table = new LookupTable();
FileReader reader = new FileReader(fileName);
table.read(new Scanner(reader));
boolean more = true;
while (more)
{
System.out.println("Lookup N)ame, P)hone number, Q)uit?");
String cmd = in.nextLine();
if (cmd.equalsIgnoreCase("Q"))
more = false;
else if (cmd.equalsIgnoreCase("N"))
{
System.out.println("Enter name:");
String n = in.nextLine();
System.out.println("Phone number: " + table.lookup(n));
}
else if (cmd.equalsIgnoreCase("P"))
{
System.out.println("Enter phone number:");
String n = in.nextLine();
System.out.println("Name: " + table.reverseLookup(n));
}
}
}
}
LookupTable.java
import java.util.ArrayList;
import java.util.Collections;
import java.util.Scanner;
/**
A table for lookups and reverse lookups
*/
public class LookupTable
{
private ArrayList<Item> people;
/**
Constructs a LookupTable object.
*/
public LookupTable()
{
people = new ArrayList<Item>();
}
/**
Reads key/value pairs.
atparam in the scanner for reading the input
*/
public void read(Scanner in)
{
while(in.hasNext()){
String name = in.nextLine();
String number = in.nextLine();
people.add(new Item(name, number));
}
}
/**
Looks up an item in the table.
atparam k the key to find
atreturn the value with the given key, or null if no
such item was found.
*/
public String lookup(String k)
{
String output = null;
for(Item item: people){
if(k.equals(item.getName())){
output = item.getNumber();
}
}
return output;
}
/**
Looks up an item in the table.
atparam v the value to find
atreturn the key with the given value, or null if no
such item was found.
*/
public String reverseLookup(String v)
{
String output = null;
for(Item item: people){
if(v.equals(item.getNumber())){
output = item.getName();
}
}
return output;
}
}
Item.java
public class Item {
private String name, number;
public Item(String aName, String aNumber){
name = aName;
number = aNumber;
}
public String getName(){
return name;
}
public String getNumber(){
return number;
}
}
input.txt
Abbott, Amy
408-924-1669
Abeyta, Ric
408-924-2185
Abrams, Arthur
408-924-6120
Abriam-Yago, Kathy
408-924-3159
Accardo, Dan
408-924-2236
Acevedo, Elvira
408-924-5200
Acevedo, Gloria
408-924-6556
Achtenhagen, Stephen
408-924-3522
Note: Replace all the "at" with at symbol
With the sheets grouped, apply Underline to cell B5 and Double Underline to cell B6. Ungroup the worksheets. Note, use the Format Cells dialog box to ensure that the Underline styles Single and Double are applied, rather than Single Accounting or Double Accounting.
Answer:
Check Explanation.
Explanation:
Task: (1). Apply Underline to cell B5 and Double Underline to cell B6.
(2). Ungroup the worksheets.
(3).use the Format Cells dialog box to ensure that the Underline styles Single and Double are applied, rather than Single Accounting or Double Accounting.
Steps to follow;
Step one: On the Excel document that you are working on, make sure you highlight from B6 cell to F6 cell.
Step two: Then, press CTRL+SHIFT+F.
Step three: from action in step two above, the "format cells dailogue box" will come up, click underline > (underline type) dropdown list > ok.
Step four: next, highlight from B7 to F7.
Step five: press CTRL+SHIFT+F. As in step two above.
Step Six: do the same thing as in Step three above.
Please note that to apply the SINGLE UNDERLINE, you need to type the data in the cell for cells of B6 to F6 ONLY.
Also, for DOUBLE UNDERLINE for B7 to F7; just type the data in the cell and it will apply.
What are advantages of lookup fields?
Answer:
Easier data entry, acceptable values, fewer misspellings
Explanation:
Edge 2021
A column in a table that looks up data from another table or query is known as a lookup field.
What is Lookup filed?The Lookup Wizard should always be used to create a lookup field. The Lookup Wizard streamlines the procedure by automating the required field attributes' automatic insertion and the creation of the proper table associations.
A lookup field is used to display something more meaningful, such a name, instead of a number like an ID. For instance, Access can show a contact name rather than a contact ID number.
The bound value is the contact ID number. It is automatically replaced with the contact name after being looked up in a source database or query.
Therefore, A column in a table that looks up data from another table or query is known as a lookup field.
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Which of the following can be considered beta testing? A programmer at Linus Systems checks the integration of multiple modules of an information system. System users at URP feed data into a new information system to test its capability. MNP Inc. checks the system to ensure that it meets all the necessary design requirements. Taro Inc. checks the correctness of the modules in its new information system. Software testers compare the finished system against user requirements to see if it satisfies all necessary criteria.
Final answer:
System users at URP feeding data into a new information system to test its capability represents beta testing, where real users assess the software in real-world conditions.
Explanation:
The scenario that can be considered beta testing is when system users at URP feed data into a new information system to test its capability. Beta testing involves real users testing the software in a production environment to identify any unresolved bugs or issues before the official release. It is typically the last type of testing done after in-house tests such as unit testing and integration testing have been completed.
In beta testing, the goal is to assess how well the software performs under real-world conditions and to gather feedback from users that can be used to further improve the product's design. This is consistent with the cycle of prototyping, testing, and refinement discussed in the provided references, where testing and evaluation reveal weaknesses or potential improvements, and the design may be adjusted accordingly.
Other scenarios described may represent different levels and types of testing such as integration testing, system testing, or validation testing, which occur before beta testing in the software development lifecycle.
g Given an array, the task is to design an efficient algorithm to tell whether the array has a majority element, and, if so, to find that element. The elements of the array are not necessarily from some ordered domain like the integers, and so there can be no comparisons of the form "is A[i] ≥ A[j]?". (Think of the array elements as GIF files, say.) However you can answer questions of the form: "is A[i] = A[j]?" in constant time
Answer:
If there is a majority element in the array it will be the median. Thus,
just run the linear time median finding algorithm, and compare the result with all the elements of the array (also linear time). If [tex]\frac{n}{2}[/tex]elements are the same as the median, the median is a ma majority element. If not, there is none.
Suppose now that the elements of the array are not from some ordered domain like the integers, and so there can be no comparisons of the form "is the ith element of the array greater than the jth element of the array?" However you can answer questions of the form:
"Are the ith and jth elements of the array the same?" in constant time. Such
queries constitute the only way whereby you can access the array. (Think of the elements of the array as GIF files, say.) Notice that your solution above cannot be used now.
Write a program to determine all pairs of positive integers, (a, b), such that a < b < n and (a 2 b 2 1)/(ab) is an integer. Here n is an integer and n > 1. Note: Your method should take n as a parameter and return nothing. You should print inside the method.c
Answer:
following are the code to this question:
#include <iostream> //defining header file
using namespace std;
void me(int n) //defining a method me, that accept an integer value
{
int a,b,t1,t2; //defining integer variable
for(a = 1; a<n; a++) //defining loop to calculates a variable value
{
for(b=a+1; b<n; b++) //defining loop to calculates a variable value
{
t1=(a*a)+(b*b)+1; //hold value in t1 value
t2=a*b; // calculates multiplication value and hold in t2 variable
if(t1%t2==0) //defining condition that check calculated value is equal to 0
{
cout<<"("<<a<<","<<b<<")"; //print a and b value.
}
}
}
}
int main() //defining main method
{
int n; // defining integer variable
cout<< "Enter a number: "; //print message
cin>> n; // input value
if(n>1) //defining condition that check value is greater then 1
{
me(n); //call method and pass the value
}
else
{
cout<<"Enter a number, which is greater then 1"; //print message
}
return 0;
}
Output:
Enter a number: 3
(1,2)
Explanation:
In the given C++ language code, a method "me" is defined, that accepts an integer value "n" as its parameter and this method does not return any value because its return type is void, inside the method two for loop is declared, that calculates a and b value and hold in t1 and t2 variable.
In the next step, if the condition is used, that checks module of t1 and t2 is equal to 0, then it will print a, b value. Inside the main method an integer variable n is declared, that accepts a value from the user end, and use if block that checks user input is greater then 1, then we call method otherwise, print a message.Create a public non-final class called InsertionSorter. It should provide one public class method called sort. Sort should accept an array of Comparable Java objects and sort them in ascending order. However, it should sort the array in place, meaning that you modify the original array, and return the number of swaps required to sort the array. That’s how we’ll know you’ve correctly implemented insertion sort. If the array is null or empty you should return 0. You can assume that the array does not contain any null values.
Answer:
See explaination
Explanation:
public class InsertionSorter {
/* Function to sort array using insertion sort */
int sort(Comparable arr[]) {
int count = 0;
if (arr == null || arr.length == 0)
return 0;
int n = arr.length;
for (int i = 1; i < n; ++i) {
Comparable key = arr[i];
int j = i - 1;
while (j >= 0 && arr[j].compareTo(key) > 0) {
count++;
arr[j + 1] = arr[j];
j = j - 1;
}
arr[j + 1] = key;
}
return count;
}
// Driver method
public static void main(String args[]) {
Integer arr[] = { 50,21,34,26, 18, 31, 37, 54 };
InsertionSorter ob = new InsertionSorter();
int comp = ob.sort(arr);
System.out.println("Comparisons required : "+comp);
for(int i:arr)
System.out.print(i+" ");
}
}
For credit card processing, stock exchanges, and airline reservations, data availability must be continuous. There are many other examples of mission-critical applications. Research the Internet to find four additional mission-critical applications and explain why data availability must be continuous for these applications. If you use information from the Web, use reputable sites. Do not plagiarize or copy from the Web. Be sure to cite your references.
Answer:
The answer to this question can be described as follows:
Explanation:
The mission-critical System-
A vital mission program is necessary for an organization's life. If a critical task program disrupted, industrial control should be severely affected. The essential support device is often referred to as critical task equipment.
Safety system for nuclear reactors-
The nuclear power plant is used to control the system, and it also contains and continues reactions. It's also usually used only for energy production, and also used experiments and clinical isotope manufacture.
If another system of nuclear power fails, this could result in a continuous nuclear reaction in a range of aspects like irradiated leaks. These same persons across the area may experience serious radioactivity symptoms.
The main task in their personal life-
They realize, that without power, they turn down your entire life when you've never encountered a dark off with more than 30 minutes. Essentially, people wouldn't have been allowed to do what you'll do, entirely frozen.
Consumer survey: big financial transfer controlling business-
That company is the infrastructure and software supplier for banks, traders, distributors, and institutional investors to take out money transfers. With all the money transfers they depend on, you must establish a successful company to become the 'guy behind the button', etc.
) Write the code to display the content below using user input. The program Name is Half_XmasTree. This program MUST use (ONLY) for loops to display the output below from 10 to 1 therefore ...1st row prints 10 star 2nd row prints 9… 3rd print 8 stars and so forth... This program is controlled by the user to input the amount of row. A good test condition is the value of ten rows. The user will demand the size of the tree. Remember the purpose of print() and println()
Answer:
Following are the program in java language that is mention below
Explanation:
import java.util.*; // import package
public class Half_XmasTree // main class
{
public static void main(String args[]) // main method
{
int k,i1,j1; // variable declaration
Scanner sc2=new Scanner(System.in); // create the object of scanner
System.out.println("Enter the Number of rows : ");
k=sc2.nextInt(); // Read input by user
for(i1=0;i1<k;i1++) //iterating the loop
{
for(j1=0;j1<i1;j1++) // iterating the loop
System.out.print(" ");
for(int r=k-i1;r>0;r--) //iterating loop
System.out.print("*"); // print *
System.out.println();
}
}
}
Output:
Following are the attachment of output
Following are the description of program
Declared a variable k,i1,j1 as integer type .Create a instance of scanner class "sc2" for taking the input of the rows.Read the input of row in the variable "K" by using nextInt() method .We used three for loop for implement this program .In the last loop we print the * by using system.println() method.The Half_XmasTree program illustrates the use of loops
Loops are used for operations that must be repeated until a certain condition is met.
The Half_XmasTree programThe Half_XmasTree program written in Java where comments are used to explain each action is as follows:
import java.util.*;
public class Half_XmasTree{
public static void main(String args[]){
//This creates a Scanner object
Scanner input =new Scanner(System.in);
//This prompts the user for the number of rows
System.out.print("Number of rows: ");
//This gets input the user for the number of rows
int rows=input.nextInt();
//The following iteration prints the half x-mas tree
for(int i=0; i<rows;i++){
for(int j=0;j<i;j++){
System.out.print(" ");
}
for(int r=rows-i;r>0;r--){
System.out.print("*");
}
System.out.println();
}
}
}
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Write an application that inputs a telephone number as a string in the form (555) 555-5555. The application should use String method split to extract the area code as a token, the first three digits of the phone number as a token and the last four digits of the phone number as a token. The seven digits of the phone number should be concatenated into one string. Both the area code and the phone number should be printed. Remember that you will have to change deliminator characters during the tokenization process.
Answer:
See explaination
Explanation:
// File: TelephoneNumber.java
import java.util.Scanner;
public class TelephoneNumber
{
public static void main(String[] args)
{
Scanner input = new Scanner(System.in);
String inputNumber;
String tokens1[];
String tokens2[];
String areaCode;
String firstThree;
String lastFour;
String allSeven;
String fullNumber;
/* input a telephone number as a string in the form (555) 555-5555BsAt4ube4GblQIAAAAASUVORK5CYII= */
System.out.print("Enter a telephone number as '(XXX) XXX-XXXX': ");
inputNumber = input.nextLine();
System.out.println();
/* use String method split */
tokens1 = inputNumber.split(" ");
/* extract the area code as a token */
areaCode = tokens1[0].substring(1, 4);
/* use String method split */
tokens2 = tokens1[1].split("-");
/* extract the first three digits of the phone number as a token */
firstThree = tokens2[0];
/* extract the last four digits of the phone number as a token */
lastFour = tokens2[1];
/* concatenate the seven digits of the phone number into one string */
allSeven = firstThree + lastFour;
/* concatenate both the area code and the seven digits of the phone number into one full string separated by one space */
fullNumber = areaCode + " " + allSeven;
/* print both the area code and the phone number */
System.out.println("Area code: " + areaCode);
System.out.println("Phone number: " + allSeven);
System.out.println("Full Phone number: " + fullNumber);
}
}
g What field in the IPv4 datagram header can be used to ensure that a packet is forwarded through no more than N routers? When a large datagram is fragmented into multiple smaller datagrams, where are these smaller datagrams reassembled into a single larger datagram? Do routers have IP addresses? If so, how many? How many bits do we have in an IPv6 address? We use hexadecimal digits (each with 4 bits) to represent an IPv6 address. How many hexadecimal digits do we need to represent an IPv6 address?
Answer:
a) Time to live field
b) Destination
c) Yes, they have two ip addresses.
d) 128 bits
e) 32 hexadecimal digits
Explanation:
a) the time to live field (TTL) indicates how long a packet can survive in a network and whether the packet should be discarded. The TTL is filled to limit the number of packets passing through N routers.
b) When a large datagram is fragmented into multiple smaller datagrams, they are reassembled at the destination into a single large datagram before beung passed to the next layer.
c) Yes, each router has a unique IP address that can be used to identify it. Each router has two IP addresses, each assigned to the wide area network interface and the local area network interface.
d) IPv6 addresses are represented by eight our characters hexadecimal numbers. Each hexadecimal number have 16 bits making a total of 128 bits (8 × 16)
e) IPv6 address has 32 hexadecimal digits with 4 bits/hex digit
The TCP/IP concepts of packet forwarding, fragmentation, and reassembly along with IPv4 and IPv6 addressing schemes are explained.
TTL (Time To Live) field in the IPv4 datagram header can be used to ensure that a packet is forwarded through no more than N routers. When a large datagram is fragmented into multiple smaller datagrams, these smaller datagrams are reassembled into a single larger datagram at the destination host. Routers do have IP addresses, typically one per interface, so the number varies. IPv6 addresses consist of 128 bits; represented using hexadecimal digits (each 4 bits), hence we need 32 hexadecimal digits to represent an IPv6 address.
What are techniques for active listening? Select all
that apply.
1. asking clarifying questions, without
interrupting
2. keeping eye contact
3. indicating full agreement to what is being said
1.) asking clarifying questions, without interrupting
2.) keeping eye contact
Techniques for active listening are
asking clarifying questions, without interruptingkeeping eye contactThe correct options are 1 and 2.
What is active listening?An active listening is when a person actively listens to another person.
A person must maintain eye contact with the speaker while in conversation with him.
Also, they must have two way conversation between them.
Thus, correct options are 1 and 2.
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Q2 - Square Everything (0.25 points) Write a function called square_all that takes an input called collection that you assume to be a list or tuple of numbers. This function should return a new list, which contains the square of each value in collection. To do so, inside the function, you will define a new list, use a loop to loop through the input list, use an operator to square the current value, and use the append method to add this to your output list. After the loop, return the output list.g
Answer:
See explaination
Explanation:
#Define the function square_all() having a list of
#integers. This function will return a list of square
#of all integer included in the given list.
def square_all(num_list):
#Create an empty list to store resultant list.
sq_list = []
#Start a for loop till the length of the given list.
for index in range(0, len(num_list)):
#Multiply the current list value with its value
#and append the resultant value in the list
#sq_list in each iteration.
sq_list.append(num_list[index] * num_list[index])
#Return the final list of squares of all integrs in
#the list num_list.
return sq_list
#Declare and initialize a list of integers.
intList = [2, 4]
#Call the function square_all() and pass the above list
#as argument of the function. Display the returned list.
print(square_all(intList))
_____ has many knowledge management applications, ranging from mapping knowledge flows and identifying knowledge gaps within organizations to helping establish collaborative networks. Select one: a. Social network analysis (SNA) b. Branching router-based multicast routing (BRM) c. Online analytical processing (OLAP) d. Drill-down analysis (DDA)
Answer:
A. Social network analysis (SNA).
Explanation:
This is explained to be a process of quantitative and qualitative analysis of a social network. It measures and maps the flow of relationships and relationship changes between knowledge possessing entities. Simple and complex entities include websites, computers, animals, humans, groups, organizations and nations.
The SNA structure is made up of node entities, such as humans, and ties, such as relationships. The advent of modern thought and computing facilitated a gradual evolution of the social networking concept in the form of highly complex, graphical based networks with many types of nodes and ties. These networks are the key to procedures and initiatives involving problem solving, administration and operations.
Consider the following method substringFound, which is intended to return true if a substring, key, is located at a specific index of the string phrase. Otherwise, it should return false.
public boolean substringFound(String phrase, String key, int index)
{
String part = phrase.substring(index, index + key.length());
return part.equals(key);
}
Which of the following is the best precondition for index so that the method will return the appropriate result in all cases and a runtime error can be avoided?
A. 0 <= index < phrase.length()
B. 0 <= index < key.length()
C. 0 <= index < phrase.length() + key.length()
D. 0 <= index < phrase.length() - key.length()
E. 0 <= index < phrase.length() - index
Answer:
Option D 0 <= index < phrase.length() - key.length()
Explanation:
The index has to be between the range of 0 <= index < phrase length - key length to prevent index out of bound error. This is because the substring method will have to extract part of the string with a certain length from the original string starting from the index-position. If the key length is longer than the string area between phrase[index] and phase.length(), an index out of bound runtime error will be thrown.
QUESTION
UNi-Library is conducting a survey to rate the quality of their services in order to improve their
services. In the survey, 30 students were asked to rate the quality of the service in the library on a
scale of 1 to 5 (1 indicating very bad and 5 indicating excellent). You have to store the 30 responses of
the students in an array named responses [ ]. Then, you have to count the frequency of each scale
and store it in an array named frequency[ ]. Use the appropriate looping structure to enter the
responses and to count the frequency. You are also required to display the percentage of the
frequency of each scale. Display the scale, frequency and its percentage as shown below.
The program also allows the user to repeat this process as often as the user wishes.
*Write a complete C++ program*
Answer:
Explanation:
#include <iostream>
using namespace std;
int main ()
{
int responses[30],count[6];
int score = 0;
string resp = " ";
for (int i = 0; i < 30; i++)
{
responses[i] = 0;
}
for (int i = 0; i < 6; i++)
{
count[i,1]=0;
count[i,2]=0;
count[i,0]=0;
}
while ((resp != "Y") && (resp != "y"))
{
for (int i = 0; i < 30; i++)
{
while ((score > 5) || (score < 1))
{
cout << "Student " << (i+1)<< " please enter a value (1-5):";
cin >> score;
}
responses[i] = score;
if((score > 5)||(score<1))
{
if(score==1) count[1]++;
if(score==2) count[2]++;
if(score==3) count[3]++;
if(score==4) count[4]++;
if(score==5) count[5]++;
}
score = 0;
}
cout<< "Response Frequency Percentage"<<endl;;
cout<< " 1 "<<count[1]<<" "<<(count[1]/30)<<"%"<<endl;
cout<< " 2 "<<count[2]<<" "<<(count[2]/30)<<"%"<<endl;
cout<< " 3 "<<count[3]<<" "<<(count[3]/30)<<"%"<<endl;
cout<< " 4 "<<count[4]<<" "<<(count[4]/30)<<"%"<<endl;
cout<< " 5 "<<count[5]<<" "<<(count[5]/30)<<"%"<<endl;
cout<< "Do you want to exit? Press Y to exit any other key to continue: ";
cin>> resp;
}
return 0;
}
// Marian Basting takes in small sewing jobs. // She has two files sorted by date. // (The date is composed of two numbers -- month and year.) // One file holds new sewing projects // (such as "wedding dress") // and the other contains repair jobs // (such as "replace jacket zipper"). // Each file contains the month, day, client name, phone number, // job description, and price. // Currently, this program merges the files to produce // a report that lists all of Marian's jobs for the year // in date order. // Modify the program to also display her total earnings // at the end of each month as well as at the end of the year.
Answer:
See Explaination
Explanation:
Provided Pseudocode as per your new specifications:
start
Declarations
num weddingMonth
num weddingDay
string weddingClientName
num weddingPhoneNum
string weddingDescription
num weddingPrice
num replaceMonth
num replaceDay
string replaceClientName
num replacePhoneNum
string replaceDescription
num replacePrice
num weddingDate
num replaceDate
num bothAtEnd=0
num END_YEAR=9999
InputFile weddingFile
InputFile replaceFile
ouputFile mergedFile
getReady()
while bothAtEnd<>1
mergeRecords()
endwhile
finishUp()
stop
getReady()
open weddingFile "weddingDress.dat"
open replaceFile "replaceJacketZipper.dat"
open mergedFile “Merged.dat”
readWedding()
readreplace()
checkEnd()
return
readWedding( )
input weddingMonth,weddingDay,weddingClientName,weddingPhoneNum,weddingDescription,weddingPricee from weddingFile
while eof
weddingDate=END_YEAR
endwhile
return
readreplace( )
input replaceMonth,replaceDay,replaceClientName,replacePhoneNum,replaceDescription,replacePricee from replaceFile
while eof
replaceDate=END_YEAR
endwhile
return
checkEnd()
if weddingDate=END_YEAR
if replaceDate=END_YEAR
bothAtEnd=1
endif
endif
return
mergedFile()
if weddingDate<replaceDate
output weddingMonth,weddingDay,weddingClientName,weddingPhoneNum,weddingDescription,weddingPricee to weddingFile
readWedding()
endif
Final answer:
The question is about adding functionality to a computer program to display monthly and yearly earnings for Marian Basting's sewing jobs. This involves data handling, control structures, and algorithms to manage and total earnings in the generated report.
Explanation:
The question pertains to modifying a computer program for Marian Basting, who takes in sewing jobs and tracks them in two sorted files. The program should not only merge the files to produce a date-ordered report of all Marian's jobs for the year but should also be modified to display total earnings at the end of each month and the yearly total earnings. To achieve this, the program would require additional functionality to sum the price of jobs, categorized by month and then aggregated for the year-end total. This could involve processing each entry, keeping a running total, and then displaying the totals when a new month starts or the report ends.
For clarity, here's a hypothetical implementation outline: Load the entries from both files, sort them by date, iterate through the sorted list while maintaining a subtotal for each month's earnings. After processing all entries for a month, display the subtotal. Upon reaching year-end, display the final total. This implementation requires knowledge of programming concepts such as data handling, control structures, and algorithms for sorting and totaling.
Create a winform application that lets the user enter a temperature. With a ComboBox object offer the user three choices for input type: Farenheit, Celsius, and Kelvin. Offer the same three choices for the output type. Now when the user clicks the Calculate button, convert them temp and show the user the results.
Answer:
See explaination
Explanation:
//namespace
using System;
using System.Windows.Forms;
//application namespace
namespace TemperatureConversionApp
{
public partial class Form1 : Form
{
public Form1()
{
InitializeComponent();
}
//calculate button click
private void btnCalculate_Click(object sender, EventArgs e)
{
//taking temperature type
string temperatureType = cmbTemperatureType.SelectedItem.ToString();
//taking temperature entered by user
double temperature = double.Parse(txtTemperature.Text);
//taking conversion temperature type
string conversionType = cmbConversionType.SelectedItem.ToString();
//checking temperature type and conversion type
if(temperatureType == "Farenheit" && conversionType == "Celsius")
{
//if Farenheit to Celsius temperature then
double temp = (temperature - 32) * 5 / 9;
//display on the label
lblDetails.Text = temperature.ToString("0.00") + " Farenheit is " + temp.ToString("0.00") + " Celsius";
}
else if (temperatureType == "Farenheit" && conversionType == "Kelvin")
{
//if Farenheit to Kelvin temperature then
double temp = (temperature - 32) * 5 / 9+273.15;
//display on the label
lblDetails.Text = temperature.ToString("0.00") + " Farenheit is " + temp.ToString("0.00") + " Kelvin";
}
else if (temperatureType == "Celsius" && conversionType == "Kelvin")
{
//if Celsius to Kelvin temperature then
double temp = temperature + 273.15;
//display on the label
lblDetails.Text = temperature.ToString("0.00") + " Celsius is " + temp.ToString("0.00") + " Kelvin";
}
else if (temperatureType == "Celsius" && conversionType == "Farenheit")
{
//if Celsius to Farenheit temperature then
double temp = (temperature*9/5) +32;
//display on the label
lblDetails.Text = temperature.ToString("0.00") + " Celsius is " + temp.ToString("0.00") + " Farenheit";
}
else if (temperatureType == "Kelvin" && conversionType == "Farenheit")
{
//if Kelvin to Farenheit temperature then
double temp = (temperature-273.15) * 9 / 5 + 32;
//display on the label
lblDetails.Text = temperature.ToString("0.00") + " Kelvin is " + temp.ToString("0.00") + " Farenheit";
}
else if (temperatureType == "Kelvin" && conversionType == "Celsius")
{
//if Kelvin to Celsius temperature then
double temp = temperature - 273.15;
//display on the label
lblDetails.Text = temperature.ToString("0.00") + " Kelvin is " + temp.ToString("0.00") + " Celsius";
}
else
{
lblDetails.Text = "Select valid temperature conversion unit";
}
}
//Exit button click
private void btnExit_Click(object sender, EventArgs e)
{
this.Close();//close application
}
}
}
check attachment for the windows application
Perhaps programs used for business purposes ought to conform to higher standards of quality than games. With respect to software warranties, would it make sense to distinguish between software used for entertainment purposes (such as a first-person shooter game) and software used for business (such as for medical testing)?
Answer:
Answered below
Explanation:
A software warranty is a written promise or guarantee from a software manufacturer or company to repair or replace a product of it has a fault within a particular period of time. Such faults must arise from the manufacturer's errors.
During the warranty period given, the software developer must fix all the defects and bugs within the software so long as it occurred due to a development fault and there is evidence of system failure.
Some software programs and applications really do require a warranty with a longer duration. Such softwares include those used in big businesses and corporations like banks, medical softwares, nuclear softwares and aviation softwares. The warranties are like a testament of reliability of the software in such critical and delicate sectors.
An open source software for a video game may not require a warranty or the warranty period might not be long compared to business softwares.
what is linux? what is it good for. And why do people use it?
Answer:
Linux is Unix-based and Unix was originally designed to provide an environment that's powerful, stable and reliable yet easy to use. Linux systems are widely known for their stability and reliability, many Linux servers on the Internet have been running for years without failure or even being restarted
Explanation:
Linux is used for commercial networking
How are graphs used to analyze data?
Answer:
Graphs and charts are visual representations of data in the form of points, lines, bars, and pie charts. Using graphs or charts, you can display values you measure in an experiment, sales data, or how your electrical use changes over time. Types of graphs and charts include line graphs, bar graphs, and circle charts.
Explanation:
Graphs are used to visually display data, making it easier to identify trends and patterns. They simplify complex data and allow for effective comparisons, aiding better understanding and data-driven decision-making.
Graphs are a powerful tool used to display data visually, making it easier to see trends and patterns compared to numerical data in a table. In high school mathematics, understanding how to interpret various types of graphs is crucial.
Here are some key reasons why graphs are employed:
Visualizing trends: For example, a line graph can show how temperature changes over time, making it easy to spot trends such as increases or decreases.Simplifying complex data: Complicated data sets can often be more easily interpreted when presented in a pie chart, bar graph, or scatter plot rather than a dense table.Comparing data: Graphs allow for side-by-side comparison of different data sets. For example, bar graphs can compare the population of different cities.Overall, utilizing graphs not only aids in understanding data better but also helps in making data-driven decisions effectively.
g The state of Massachusetts at one time had considered generating electric power by harvesting energy crops and burning them. Assume that the state requires 4000 MW of electricity and that planted crops yield between 10,000 and 20,000 lb of dry biomass per acre per year that could be burned to produce electricity at 35% efficiency. How many acres would the state need to plant to supply all its electricity in this way? HTML EditorKeyboard Shortcuts
Answer:
The require number of acres is between 220714.991 acres and 4414287.982 acres
Explanation:
Given
Power = 4,000MW
Yield = 10,000lb - 20,000 lb/year
Electricity Efficiency = 35%
Required
Number of acres needed
To calculate the required number of acres, the following steps will be followed.
1. Calculate total energy
2. Calculate the intensity of energy
3. Calculate number of acres.
Calculating the total energy
Energy = Power * Time
From the question;
Power = 4,000MW
The crop yield is measured on a yearly basis. So, time = 1 year.
Convert time to seconds.
First, we convert to days
1 year = 365 days;
Then to hours
= 365 * 24
Then to minutes
= 365 * 24 * 60
Then to seconds
= 365 * 24 * 60 * 60
So,
1 year = 365 * 24 * 60 * 60
1 year = 31,536,000s.
Energy = 4,000 MW * 31,536,000
Emergy = 1.26144E11 MJ
Calculating the intensity of energy.
Energy Intensity = Required Energy * Efficiency
Efficiency = 35%
Calculating Required Energy
When Yield = 10,000 lb
First, we convert this to kilogram
1 lb = 0.453592 kg
10,000 lb = 10,000 * 0.453592
10,000 lb = 4535.92 kg
From energy characterisation factors and method table.
1 kg requires 18 MJ of energy.
4535.92 will require:
4535.92 * 18MJ
= 81646.56 MJ of energy.
Hence, Required Energy = 81646.56 MJ
So, Energy Intensity = 81646.56 MJ * 35%
Energy Intensity = 28576.296 MJ.
Hence, when yield = 10,000 lb; the energy intensity is 28576.296 MJ
When Yield = 20,000 lb
Energy Intensity = Required Energy * Efficiency
If the energy intensity is 28576.296 MJ when yield = 10,000 MJ
Energy Intensity = 2 * 28576.296 MJ
Yield = 2 * 10,000 lb
Hence, Energy Intensity = 2 *28576.296 MJ
Energy Intensity = 57152.592 MJ
Now, the number of acres can be calculated.
Number of acres = Total Energy ÷ Intensity.
Total Energy = 1.26144E11 MJ
When Yield = 10,000 lb, Intensity = 28576.296 MJ
Number of acres = 1.26144E11 ÷ 28576.296
Number of acres = 4414287.982 acres
When Yield = 20,000 lb, Intensity = 57152.592 MJ
Number of acres = 1.26144E11 ÷ 57152.592
Number of acres = 220714.991 acres
Hence, the require number of acres is between 220714.991 acres and 4414287.982 acres
14. Which of the following statements is true? A. The most secure email message authenticity and confidentiality isprovided by signing the message using the sender’s public key and encrypting the message using the receiver’s private key. B. The most secure email message authenticity and confidentiality isprovided by signing the message using the sender’s private key and encrypting the message using the receiver’s public key. C. The most secure email message authenticity and confidentiality isprovided by signing the message using the receiver’s private key and encrypting the message using the sender’s public key. 266 D. The most secure email message authenticity and confidentiality isprovided by signing the message using the receiver’s public key and encrypting the message using the sender’s private key.
Answer:
A. The most secure email message authenticity and confidentiality is provided by signing the message using the sender’s public key and encrypting the message using the receiver’s private key
Explanation:
Public key cryptography helps to send public key in an open and an insecure channel as having a friend's public key helps to encrypt messages to them.
The private key helps to decrypt messages encrypted to you by the other person.
The most secure email message authenticity and confidentiality is provided by signing the message using the sender’s public key and encrypting the message using the receiver’s private key
Your friends’ preschool-age daughter Madison has recently learned to spell some simple words. To help encourage this, her parents got her a colorful set of refrigerator magnets featuring the letters of the alphabet (some number of copies of the letter A, some number of copies of the letter B, and so on), and the last time you saw her the two of you spent a while arranging the magnets to spell out words that she knows. Somehow with you and Madison, things always end up getting more elaborate than originally planned, and soon the two of you were trying to spell out words so as to use up all the magnets in the full set – that is, picking words that she knows how to spell, so that once they were all spelled out, each magnet was participating in the spelling of exactly one of the words. (Multiple copies of words are okay here; so for example, if the set of refrigerator magnets includes two copies of each of ‘C,’ ‘A,’ and ‘T,’ it would be okay to spell out "CAT" twice.) This turned out to be pretty difficult, and it was only later that you realized a plausible reason for this. Suppose we consider a general version of the problem of Using Up All the Refrigerator Magnets, where we replace the English alphabet by an arbitrary collection of symbols, and we model Madison’s vocabulary as an arbitrary set of strings over this collection of symbols.
Answer:
See explaination
Explanation:
Given a set U which is the set of magnets where each magnet representing a symbol, but are accepted more copies of the same symbol which we number arbitrarily 1,2,3,. ... For example if we had two copies of the symbol A, we would have elements A 1 ,A 2 ) and subsets S 1 ,...S n which represent words formed from the magnets that Madison knows how to spell. Note that if ‘’CAT” was a word in Madison’s vocabulary, then both of the sets C,A 1 ,T and C,A 2 ,T would appear among the S i . We are interested in the maximum number of disjoint sets (which correspond to words in Madison’s vocabulary that can be simultaneously spelled out by the magnet pieces).
We reduce Independent Set (IS) to Set Packing. Given an instance of IS ( G,k ), we set U to be the set of edges of G . For each vertex v i , we introduce a set S i = { e : e = ( v i ,x ) } which has one element for each edge incident to v i . We claim that G has an independent set of size k iff there are k disjoint sets among the S i . Indeed, if I is an independent set of size k then the k sets S v for v ∈ I have no common elements. Also, if { S i 1 ,...,S i k } are k disjoint sets then the vertices v i 1 ,...,v i k have no edges between them thus they form an independent set of size.
1)Write a class called Time that represents time in the form of hour minute and second where (35) hour takes values between 0 and 23, minute is between 0 and 59 and second is between 0 and 59. The constructor public Time(int hour, int minute, int second ) constructs a new time whose hour, month and second are taken from the parameter. The addSec(int sec), addMinute(int minute) and addHour(int hour) add seconds, minutes and hours respectively to the current hour, minute and second. They work exactly as if seconds, minutes and hours were added to the real like 24 hour clock. For a current time of 23:59:59 addSec(1) would result in 00:00:00. Addsec(6) to current time of 05:45:55 would give 05:46:01. AddSec(65) to current time of 05:45:55 would give 05:47:00. AddSec(910) to current time of 05:45:55 would give 06:01:10. The parameters of addHour, addMinute and addSec can be any number >=0. Values less < 0 should be invalidated and no change made. You cannot "go back in time".
Answer:
See attached image for the source code and output
Tom has just started working as an intern for a local radio station. He is responsible for managing the request line and presenting request trends to management each month. Tom uses Microsoft PowerPoint 2016 to create his presentations. As he hovers over each choice, Tom sees his slide change automatically. What Tom is experiencing is called ____.
Answer:
Live Preview.
Explanation:
This is a feature specifically found in the microsoft power point in detailing or slides showing in a preliminary stage of its previews.
By default, when you select the composing email content and change its text format, such as text font, size, color and so on, the live preview will be displayed when you put your cursor on different text format.
Actually the live preview function can be enabled or disabled manually in Outlook. In this tutorial, we will show you how to enable or disable live preview in Outlook in details.
Select the correct statements regarding Asynchronous Transfer Mode (ATM): a. ATM is a fixed-length cell standard that supports voice, video and data b. ATM is connection-oriented c. ATM offers predictability regarding latency; therefore ATM can offer quality-of-service (QoS) to users d. All of the above are correct
Answer:
D. All of the above are correct.
Explanation:
Asynchronous Transfer Mode is a fixed-length cell structure which allows cells to support voice, video and data. Voice data can be converted to packets and shared with large packet data. Because voice packets, encounter queuing delays, they ought to be of the same size or length.
ATM provides a route between two end points and that is why it can be said to be connection oriented. There is an ease of switching in hardware because of the fixed structure of the ATM. It also offers predictability regarding latency which could be either high or low. So, all of the above satisfy the mode of operation of the Asynchronous Transfer Mode.
Define a JavaScript function named thanos which has a single parameter. This function will be called so that the parameter will be an array. Your function should return a NEW array which contains only the entries at even indices. (Hint: you can tell an index is even if that index mod 2 is equivalent to 0).. Examples: thanos([ ]) would evaluate to [ ] thanos(['0', 2, 4]) would evaluate to ['0', 4]
Answer:
See explaination
Explanation:
function thanos(lst) {
var result = [];
for (var i = 0; i < lst.length; i += 2) {
result.push(lst[i]);
}
return result;
}
// Testing the function here. ignore/remove the code below if not required
console.log(thanos([]));
console.log(thanos(['0', 2, 4]));