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3 years ago

----------HELP WITH 3 QUESTIONS FOR 30 POINTS!!!---------

1 answer:

8 0

Firstly, A is wrong because technology reduces the amount of manpower needed. Second, B says "inefficiently" as in not efficient. Technology does the opposite.
C. is wrong because technology helps everything work at a quicker pace, so it makes sense that D is the answer.

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Zoom meeting ID:987 6858 5587 Password:196133

Llana [10]

I might join I’m not sure tho is there gonna be a lot of ppl?

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3 years ago

Read 2 more answers

Most network behavior analysis system sensors can be deployed in __________ mode only, using the same connection methods as netw

soldier1979 [14.2K]

Most network behavior analysis system sensors can be deployed in passive mode only, using the same connection methods as network based idpss. Idps works as a network or host based systems. Most Nba sensors can be deployed in passive mode only too. The Nba examines the network traffic.

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3 years ago

In this project, you will add a (self-proclaimed) priority attribute to xv6 processes. The priority does not actually do anythin

kondor19780726 [428]

Answer:

Priority programming is a process programming method based on priority. In this technique, the developer chooses the tasks to work according to priority, which is different from other types of programming, for example, a simple round-robin.

On UNIX and many other systems, higher priority values represent lower priority processes. Some of the systems, such as Windows, use the opposite convention: a higher number means a higher priority

<h3>Explanation: </h3>

Priorities can be dynamic or static. Static priorities are assigned during creation, while dynamic priorities are assigned according to the behavior of the processes while they are in the system. To illustrate, the planner could favor intensive input / output (I / O) tasks, allowing expensive requests to be issued as soon as possible.

Priorities can be defined internally or externally. Internally defined priorities make use of a measurable amount to calculate the priority of a given process. On the contrary, external priorities are defined using criteria beyond the operating system (OS), which may include the importance of the process, the type and sum of the resources used for the use of the computer, user preferences , trade and other factors such as politics etc.

i hope this is right lol

6 0

3 years ago

Why is Resnick skeptical of calling the young people of today ‘digital natives’? Do you agree? Explain.

Nezavi [6.7K]

For question one, Resnick skeptical of calling the young people of today 'digital natives' will have to be agree. For agreeable reasons is because people who are called "digital natives", is because they are in a technological state that they are familiar with. Which means that if young people are in a state of technology and they are really into it, you have this unbreakable string tied to the waist and it hangs into you from a tree. And for reason two, is because coding can be helpful. In situations like people hacking you, with coding, now that is when it comes in.

And for the others, I'll have to look at some more information I might have. But, here is your first answer is up above, If it isn't good enough, then let me know.

Hope this helps.

~Karleif

3 0

3 years ago

in chapter 10, the class clocktype was designed to implement the time of day in a program. certain applications, in addition to

Ivan

A program to test your class is given below:

<h3>The Program</h3>

#include <iostream>

class clockType

{

public:

void set_hour(int h);

int get_hour();

void set_minut(int m);

int get_minut();

void set_second(int s);

int get_second();

clockType() {};

clockType(int h,int m,int s)

{

h = ((h < 0) ? 0 : (h > 23) ? 23 : h);

m = ((m < 0) ? 0 : ( m> 59) ? 59 : m);

s = ((s< 0) ? 0 : (s > 59) ? 59 : s);

hour = h;

minut = m;

second = s;

}

private:

int hour{ 0 };

int minut{ 0 };

int second{ 0 };

};

inline void clockType::set_hour(int h)

{

h = ((h < 0) ? 0 : (h > 23) ? 23 : h);

hour = h;

}

inline void clockType::set_minut(int m)

{

m = ((m < 0) ? 0 : (m > 59) ? 59 : m);

minut = m;

}

inline void clockType::set_second(int s)

{

s = ((s < 0) ? 0 : (s > 59) ? 59 : s);

second = s;

}

inline int clockType::get_minut()

{

return minut;

}

inline int clockType::get_second()

{

return second;

}

inline int clockType::get_hour()

{

return hour;

}

int main()

{

// example test program

// set time 22:54:12

clockType test(22, 54, 12);

std::cout << "Set time :" << test.get_hour() << "h" << test.get_minut() << "m" << test.get_second() << "s" << std::endl;

// set time 18:18:54

test.set_hour(18);

test.set_minut(18);

test.set_second(54);

std::cout << "Set time :" << test.get_hour() << "h" << test.get_minut() << "m" << test.get_second() << "s" << std::endl;

system("pause");

return 0;

}