Ten examples of a compiler

Answer:

Pascaline, also called Arithmetic Machine, the first calculator or adding machine to be produced in any quantity and actually used. The Pascaline was designed and built by the French mathematician-philosopher Blaise Pascal between 1642 and 1644.

Explanation: hope that helps

Pascaline, also called Arithmetic Machine.

Answer:

Web services (web application) are an API type to be accessed via a network connection. While APIs are application interfaces, this means standardized communication between one application and another application.

Explanation:

        While API for all communication styles is used.

Answer:

La electricidad es el conjunto de fenómenos físicos relacionados con la carga eléctrica y los campos eléctricos y también con el electromagnetismo. Dado que la energía eléctrica es una fuente importante de energía en la vida cotidiana, las palabras "electricidad" y "corriente" a menudo se usan indistintamente en el habla cotidiana. Sin embargo, la electricidad también incluye otros fenómenos fácilmente reconocibles como los rayos y la electricidad estática.

La electricidad tiene muchas aplicaciones técnicas. Por lo tanto, la ingeniería eléctrica se explora y se desarrolla más en la ingeniería eléctrica. A diferencia de muchos otros fenómenos físicos, muchos de los fenómenos asociados con la electricidad pueden medirse y calcularse previamente con gran precisión.

La electricidad es un fenómeno natural. La más conocida es la ocurrencia de rayos, que es causada por una diferencia de potencial en la atmósfera. Algunos peces, como la anguila eléctrica, también son capaces de generar electricidad. Además, los sistemas nerviosos animal y humano funcionan con señales eléctricas.

Explanation:

To identify potential problems that are not anticipated during the design or ... Some activities to consider are the following: ... First aiders names displayed.

Answer:

which language is this

Explanation:

Chinese or Korea

Answer:

Please find the attached file for the complete solution:

Explanation:

Answer:

The algorithm is as follows:

1. Input sentence

2. Input character

3. Length = len(sentence)

4. count = 0

5. For i = 0 to Length-1

 5.1 If sentence[i] == character

    5.1.1 count++

6. Print count

7. Stop

The program in C++ is as follows:

#include <iostream>

#include <string.h>

using namespace std;

int main(){

char str[100];   char chr;

cin.getline(str, 100);

cin>>chr;

int count = 0;

for (int i=0;i<strlen(str);i++){

 if (str[i] == chr){

  count++;} }

cout << count;

return 0;}

Explanation:

I will provide explanation for the c++ program. The explanation can also be extended to the algorithm

This declares the string and the character

char str[100];   char chr;

This gets input for the string variable

cin.getline(str, 100);

This gets input for the character variable

cin>>chr;

This initializes count to 0

int count = 0;

This iterates through the characters of the string

for (int i=0;i<strlen(str);i++){

If the current character equals the search character, count is incremented by 1

 if (str[i] == chr){  count++;} }

This prints the count

cout << count;

Answer:

Explanation:

Answer:

Explanation:

Given that:

The no of flow pairs = 80

Each link's capacity = 10 Gbps

Link capacity amongst TOR switches and hosts = 1 Gbps

Because each connection is distributed among all flows, each flow crossing the same link distributes the link's capacity with the other flows. The connection capacity needed by each flow in the network is determined by the highest flow rate.

Maximum rate flow = [tex]\dfrac{link's \ capacity}{no \ of \ flow \ pairs}[/tex]

[tex]= \dfrac{10 \ Gbps}{80}[/tex]

Since 1 Gbps = 1000 Mbps

[tex]= \dfrac{10000}{80}[/tex]

= 125 Mbps

Hence, maximum rate flow = 125 Mbps

b.

Each switch at Tier-1 is connected to each and every switch at Tier-2 in the highly integrated structural topology. As a result, there are n-disjoint routes between tier-2 and tier-1 switches.

Number of paths between tier-1 and tier-2 is 4, thus, there exist four paths from tier-1 switch to tier 2.

The capacity whereby all data routes convey is determined by the maximum rate of flow.  

number of available paths = 4  

Each link's capacity = 10 Gbps

Maximum flow rate = 4 × 10 Gbps

Maximum flow rate = 40 Gbps

c.

Because each connection is distributed between all flows, each flow crossing a similar link distributes the link's capacity with other flows.

number of flow pairs = 160

Each link's capacity = 10 Gbps

maximum rate of flow = 10000 Mbps / 160

= 62.5 Mbps

For 160 flow pairs, maximum flow rate = 62.5 Mbps

Each switch in Tier-1 communicates with each switch in Tier-2 in the highly linked topology network. As a result, n-disjoint routes between tier-2 and tier-1 switches are possible. As there exist 20 hosts engaged in the network around each host, the number of routes from either a tier-1 switch or tier-2 switches is 20.

here;

no of paths = 20

each link's capacity = 10 Gbps

Maximum flow rate = 20 × 10  

= 200 Gbps

As such, with 160 pairs of flow, maximum flow rate = 200 Gbps

Answer:

The table are linked together

Answer: Pulldown menus

Explanation:

Pulldown menus refer to the graphical control element, that is identical to a list box, which enables user to be bake to select one value from a list.

They're regarded as the menu of options that will appear when an item is selected with a mouse. In this case, the item that the user selected will show at the top of the display screen, while the menu appears will show below it.

Therefore, Alex should use the pulldown menus to hide the long list of hypertext links so that it appears only in response to a tap of a major heading in the navigation list.

Answer:

A.Datasheet

Explanation:

I hope it's helpful

Answer:

True

Explanation:

Information technology may be described as the use of systems to aid application designs capable of sending and receiving information and building a communication pathway for individuals and companies. It also involves retrieving, storing large chunks of information and organizational data usually in databases to fast track the seamless functioning of the organization's system. The information technology ecosystem is very broad from those charged with ensuring effective communication such as telecommunications platforms and those who build and develop technologies for effective communication and data storage. Hence, both Telecommunications and software development are examples of information technology careers.

Answer:

5.0674

Explanation:

Given that :

Mean, μ = 5 pounds

Standard deviation, σ = 0.1

Given that weight are normally distributed ;

From the Z table, the Zscore or value for 75th percentile weight is :

P(Z < z) = 0.75

z = 0.674

Using the relation :

Zscore = (x - μ) / σ

x = weight

0.674 = (x - 5) / 0.1

0.674 * 0.1 = x - 5

0.0674 = x - 5

0.0674 + 5 = x - 5 + 5

5.0674 = x

The weight which corresponds to the 75th percentile is 5.0674

Answer:

The program in C++ is as follows:

#include <bits/stdc++.h>

using namespace std;

int main(){

string sentence,word="";

getline (cin, sentence);

vector<string> for_reverse;

for (int i = 0; i < sentence.length(); i++){

 if (sentence[i] == ' ')  {

  for_reverse.push_back(word);

  word = "";  }

 else{    word += sentence[i];}  }

for_reverse.push_back(word);

sentence="";

for (int i = for_reverse.size() - 1; i > 0; i--){

 sentence+=for_reverse[i]+" ";}

sentence+=for_reverse[0];

cout<<sentence<<endl;

return 0;

}

Explanation:

This declares sentence and word as strings; word is then initialized to an empty string

string sentence,word="";

This gets input for sentence

getline (cin, sentence);

This creates a string vector to reverse the input sentence

vector<string> for_reverse;

This iterates through the sentence

for (int i = 0; i < sentence.length(); i++){

This pushes each word of the sentence to the vector when space is encountered

 if (sentence[i] == ' ')  {

  for_reverse.push_back(word);

Initialize word to empty string

  word = "";  }

If the encountered character is not a blank space, the character is added to the current word

 else{    word += sentence[i];}  }

This pushes the last word to the vector

for_reverse.push_back(word);  

This initializes sentence to an empty string

sentence="";

This iterates through the vector

for (int i = for_reverse.size() - 1; i > 0; i--){

This generates the reversed sentence

 sentence+=for_reverse[i]+" ";}

This adds the first word to the end of the sentence

sentence+=for_reverse[0];

Print the sentence

cout<<sentence<<endl;

Answer:

hi

Explanation:

i did not known answers

Answer: a. It evaluates the current security state of computers in accordance with Microsoft security recommendations

Explanation:

The Security Configuration and Analysis tool allows the configuration of local computers through the application of the settings in a security template to the local policy.

This allows an administrator to analyze a computer and compare its configuration settings with a baseline. The Security Configuration and Analysis (SCA) tool also uses security templates to store the settings that make up baselines.

Therefore, based on the options given, the correct option is A as the SCA tool doesn't evaluate the current security state of computers in accordance with Microsoft security recommendations.

Answer:

while (quantity >= 50)

Explanation:

Required

Stop when quantity is less than 50

To do this, we make use of a while statement and the syntax is:

while (condition){ }

If the loop should stop when quantity is less than 50; then it means the loop would continue when quantity is greater or equal to 50

So, we have:

while (quantity >= 50)

Answer:

Here is the code.

Explanation:

#include <iostream>

#include <cstdlib>

#include <string>

#include <iomanip>

using namespace std;

class Employee

{

private:

string employeeName;

int employeeNumber;

int hireDate;

public:

void setemployeeName(string employeeName);

void setemployeeNumber(int);

void sethireDate(int);

string getemployeeName() const;

int getemployeeNumber() const;

int gethireDate() const;

Employee();

};

void Employee::setemployeeName(string employeeName)

{

employeeName = employeeName;

}

void Employee::setemployeeNumber(int b)

{

employeeNumber = b;

}

void Employee::sethireDate(int d)

{

hireDate = d;

}

string Employee::getemployeeName() const

{

return employeeName;

}

int Employee::getemployeeNumber() const

{

return employeeNumber;

}

int Employee::gethireDate() const

{

return hireDate;

}

Employee::Employee()

{

cout << "Please answer some questions about your employees, ";

}

class ProductionWorker :public Employee

{

private:

int Shift;

double hourlyPay;

public:

void setShift(int);

void sethourlyPay(double);

int getShift() const;

double gethourlyPay() const;

ProductionWorker();

};

void ProductionWorker::setShift(int s)

{

Shift = s;

}

void ProductionWorker::sethourlyPay(double p)

{

hourlyPay = p;

}

int ProductionWorker::getShift() const

{

return Shift;

}

double ProductionWorker::gethourlyPay() const

{

return hourlyPay;

}

ProductionWorker::ProductionWorker()

{

cout << "Your responses will be displayed after all data has been received. "<<endl;

}

int main()

{

ProductionWorker info;

string name;

int num;

int date;

int shift;

double pay;

cout << "Please enter employee name: ";

cin >> name;

cout << "Please enter employee number: ";

cin >> num;

cout << "Please enter employee hire date using the format \n";

cout << "2 digit month, 2 digit day, 4 digit year as one number: \n";

cout << "(Example August 12 1981 = 08121981)";

cin >> date;

cout << "Which shift does the employee work: \n";

cout << "Enter 1, 2, or 3";

cin >> shift;

cout << "Please enter the employee's rate of pay: ";

cin >> pay;

info.setemployeeName(name);

info.setemployeeNumber(num);

info.sethireDate(date);

info.setShift(shift);

info.sethourlyPay(pay);

cout << "The data you entered for this employee is as follows: \n";

cout << "Name: " << info.getemployeeName() << endl;

cout << "Number: " << info.getemployeeNumber() << endl;

cout << "Hire Date: " << info.gethireDate() << endl;

cout << "Shift: " << info.getShift() << endl;

cout << setprecision(2) << fixed;

cout << "Pay Rate: " << info.gethourlyPay() << endl;

system("pause");

return 0;

}

Answer:

Explanation:Algorithms are aimed at optimizing everything. They can save lives, make things easier and conquer chaos. Still, experts worry they can also put too much control in the hands of corporations and governments, perpetuate bias, create filter bubbles, cut choices, creativity and serendipity, and could result in greater unemploymen

Answer: The algorithm must have an infinite number of steps because there are an infinite number of integers greater than one. It will run forever trying to count to infinity. Every algorithm must reach some operation that tells it to stop.

Answer:

Yup

Explanation:

Answer:

The responsibilities you have are Use characters other than just AZ. If passwords are chosen from the letters AZ, there are only 26 possibilities for each character. Adding digits expands the number of possibilities to 36. Using both uppercase and lowercase letters plus digits expands the number of possible characters to 62

Explanation:

Hoped this helped you :3

Answer: hi mom

Explanation: got it right on edgen

Answer:

//In java

for (int i = 0; i <= 100; i++)

{

if ( i % 2 == 0 )

{

System.out.println( i + " ");

}

}

Answer:A declaration defines an identifier (such as the name of a function or variable) that ... This topic introduces the Delphi language character set, and describes the syntax for ... The Delphi language uses the Unicode character encoding for its character set, ... Integer and real constants can be represented in decimal notation as ...

Explanation:

Answer:

Windows button = You can see a Start Menu

Task view = You can view your Tasks

Search Box = You can search any app you want in an instance

Answer:

nigro

Explanation: