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ziro4ka [17]
3 years ago
9

When you learned about the Highway Transportation system you learned about 6 different types of people as roadway users. Choose

3 and explain a safe driving skill response for each.​
Computers and Technology
2 answers:
Nimfa-mama [501]3 years ago
5 0

<em><u>Answer:</u></em>

<em><u>1. Pedestrians - Most of pedestrians use to walk on the footpath along side road that keeps them on a safe side. But there are places without footpath along side road, in that case they have to walk on the road itself. Here, we need to take care for them. We need to wait in case they are crossing road and also check for them while taking a turn. </u></em>

<em><u> </u></em>

<em><u>2. Cyclists - They travel on road but are tough to figure out. They travel at a slower pace compared to cars. To avoid any accident with them, we are supposed to give them enough space which should be equivalent to a car's space. </u></em>

<em><u> </u></em>

<em><u>3. Motorcyclists - They can pass by very closely and also come between lanes. Most of the things to be considered here are same as that of cyclists. Here also, we need to check for them carefully while taking a turn. Also, need to give them enough space.</u></em>

<em><u>Explanation:</u></em>

tester [92]3 years ago
4 0

The three safe driving skills are "Pedestrians, Cyclists, and Motorcyclists" which can be defined as follows:

Pedestrians:

  • They are protected by walking on a walkway that runs alongside a busy street.
  • If a roadside pathway does not exist, walkers must cross there.
  • These people require special attention. While changing direction, we need to watch for intruders.

Cyclists:

  • They go via road, but they are hard to identify. Compared to a car, bicycles go at a much slower pace.
  • They should be given a certain amount of space as a car to avoid collision.

Motorcyclists:

  • They are able to pass quite closely and in the middle of lanes.
  • There are several of the same considerations that cyclists must make while planning a visit.
  • In this case, we must likewise be very careful about taking a turn. Also, animals need enough room.

Learn more:

safe driving skill: brainly.com/question/4493778

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Let's play Silly Sentences!
Mrac [35]

Answer:

Grace sat quietly in a stinky stadium with her blue jacket

Grace jumped on a plane to Paris.

Grace ate bananas, apples, and guavas quietly while she listened to the news.

Grace is the name of a major character in my favorite novel

Grace was looking so beautiful as she walked to the podium majestically.

Grace looked on angrily at the blue-faced policeman who blocked her way.

3 0
3 years ago
Explain how data structures and algorithms are useful to the use of computer in data management<br>​
laiz [17]

Answer:

programmers who are competent  in data  structures and algorithms  can easily perform the tasks related  to data processing ,automated reasoning ,or calculations . data structure and algorithms  is significant  for developers  as it shows their problems solving abilities amongst the prospective employers .

5 0
3 years ago
1. Our Systems are Microsoft Dynamics OLTP, we move data from the Source Systems through Staging to a Data Warehouse. Our report
zmey [24]

Answer:

1. More access to data

2.convenience

3. Easy creation of BI solutions

4. Report creation

5. Saves time

Explanation:

A data warehouse can be described to be an electronic storage system that contains large amount of facts and information which sources for and also maintains data from different sources; either external or internal.

The most important reason for a data warehouse is for it to store great amounts of data to be used for query and also to be used for analysis.

Why do we use a data warehouse?

1. Users have more access to data due to the integration of various sources of data. It makes use of real time data facts

2. You can conveniently store and also create metadata

3. Business intelligence solutions can easily be created using data warehouses.

4. Users can easily create their own reports

5. Data warehouses makes accessing different data sets faster. It is a time saver as business users are not going to spend time trying to retrieve data from various sources.

4 0
3 years ago
You need to give mary only the rights that she needs. This must be accomplished with the least amount of administrative effort
Arte-miy333 [17]

Answer:

Management is not that easy. And at each level of the work environment, we need it. Suppose Mary works under an editor, and as a writer. Then She will be provided by editor a certain set of rights, that she requires to accomplish her work. And the chief editor who heads the editor, and who might be the administrator has nothing to do with this. And thus this will ensure that the chief editor or the administrator can accomplish other works during this time. And this will certainly save time, of the whole team. And its a rule in management, that only those rights are provided, that are required by the worker, and like in case of Mary.

Explanation:

Please check the answer section.

7 0
3 years ago
Your solution should for this assignment should consist of five (5)files:============================================== FuelGaug
olga nikolaevna [1]

Answer: provided in the explanation section

Explanation:

This was implemented in C++

Filename: Car.cpp

#include <iostream>

#include <iomanip>

#include <cstdlib>

#include "Odometer.h"

using namespace std;

int main()

{

  char response;

  do

  {

      FuelGuage* myFuel = new FuelGuage(6);

      int fuelLevel = myFuel->getFuel();

      cout << "Car gas level: " << fuelLevel << endl;

      cout << "Car is filling up" << endl;

      while(myFuel->getFuel() < 15)

      {

          myFuel->addFuel();

      }

      Odometer* car = new Odometer(myFuel, 999990);

      cout << "Car gas level: " << car->getFuelGuage()->getFuel() << endl;

      cout << "Car is off!" << endl;

      cout << "--------------------------" << endl;

      while(car->getFuelGuage()->getFuel() > 0)

      {

          car->addMile();

          int miles = car->getMileage();

          cout << "Mileage: " << setw(6) << miles << ", Fuel Level: " << car->getFuelGuage()->getFuel() << endl;

          cout<<"--------------------------------------------------------------"<<endl;

      }

      delete myFuel;

      delete car;

      cout << "Would you like to run the car again(Y/N)? ";

      cin >> response;

      system("cls||clear");

  } while(toupper(response) != 'N');

  return 0;

}

Filename: FuelGuage.cpp

#include "FuelGuage.h"

FuelGuage::FuelGuage()

{

  init();

}

FuelGuage::FuelGuage(int fuel)

{

  init();

  this->fuel = fuel;

}

FuelGuage::FuelGuage(const FuelGuage& copy)

{

  this->fuel = copy.fuel;

}

void FuelGuage::init()

{

  this->fuel = 0;

}

int FuelGuage::getFuel()

{

  return fuel;

}

void FuelGuage::addFuel()

{

  fuel++;

}

void FuelGuage::burnFuel()

{

  fuel--;

}

Filename:FuelGuage.h

#ifndef FUEL_GUAGE_H

#define FUEL_GUAGE_H

class FuelGuage

{

private:

  int fuel;

  void init();

public:

  FuelGuage();

  FuelGuage(int fuel);

  FuelGuage(const FuelGuage& copy);

  int getFuel();

  void addFuel();

  void burnFuel();

};

#endif

Filename : Odometer.cpp

#include "Odometer.h"

Odometer::Odometer()

{

  init();

}

Odometer::Odometer(FuelGuage* inFuel, int inMileage)

{

  init();

  this->fuel = new FuelGuage(*inFuel);

  this->mileage = inMileage;

  this->milesSinceAddingFuel = 0;

}

void Odometer::init()

{

  fuel = new FuelGuage();

  mileage = 0;

  milesSinceAddingFuel = 0;

}

FuelGuage* Odometer::getFuelGuage()

{

  return fuel;

}

int Odometer::getMileage()

{

  return mileage;

}

void Odometer::addMile()

{

  if(mileage < 999999)

  {

      mileage++;

      milesSinceAddingFuel++;

  }

  else

  {

      mileage = 0;

      milesSinceAddingFuel++;

  }

  if((milesSinceAddingFuel % 24) == 0)

  {

      fuel->burnFuel();

  }

}

void Odometer::resetMiles()

{

  milesSinceAddingFuel = 0;

}

Odometer::~Odometer()

{

  delete fuel;

}

Filename: Odometer.h

#ifndef ODOMETER_H

#define ODOMETER_H

#include "FuelGuage.h"

class Odometer

{

private:

  void init();

  int mileage;

  int milesSinceAddingFuel;

  FuelGuage* fuel;

public:

  Odometer();

  Odometer(FuelGuage* inFuel, int inMileage);

  FuelGuage* getFuelGuage();

  int getMileage();

  void addMile();

  void resetMiles();

  ~Odometer();

};

#endif

6 0
3 years ago
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