Delicious Rice Pilaf Recipe - Nefis Pirinç Pilavı Tarifi

Ingredients for Rice Pilaf Recipe

2 cups of rice

3 cups of hot water

1 cup barley 

1 chicken bouillon

3 tablespoons butter

Salt - optional

Rice Pilaf Recipe Preparation

First, Whether or not to wash the rice is entirely optional.  Add the butter to the pot and open the bottom of the pot. 

Add the barley and fry until the barley change color. Add the previously washed rice to the pot and continue to roast. 

Continue to stir for 5 minutes without stopping. If you do not mix it, your rice may stick to the bottom of the pan.

In the meantime, add 3 cups of hot water and chicken bouillon to a bowl and mix (optionally add salt). 

Add this mixture of rice and barley to the roasting pan and mix 1-2 times. Then close the pot, afterwards close the lid of the pot and cook for about 15 minutes. 

During this process, do not open or close lid of the pot too often to check your rice. After 10 minutes, you can open the lid and check if it has drained, but do not open the lid too often and do not prevent it from cooking. 

When the rice has completely drained the water, close the lid of the pot and stir your rice several times.  After mixing, lay a paper towel over the pan, close the lid and let stand for about 10 minutes. 

Paper towel will be used to draw steam and your rice will be grains. Rice pilaf is ready. 

Enjoy your rice pilaf.

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Pirinç Pilavı Tarifi Malzemeler

• 2 su bardağı pilavlık pirinç
• 3 su bardağı sıcak su
• 1 Türk kahvesi fincanı arpa şehriye
• 1 tane tavuk bulyon
• 3 yemek kaşığı tereyağı
• Tuz – isteğe göre

Pirinç Pilavı Tarifi Hazırlama

İlk olaral, Pirinci yıkayıp yıkamamak tamamen tercihe bağlıdır. Öncelikle tencereye tereyağını ekleyin ve tencerenin altını açın. 

Tereyağ hafif kızdıktan sonra arpa şehriyeyi ekleyip, şehriyeler renk değiştirene kadar kavurun. Daha önceden yıkanmış pirinçleri de tencereye ekleyip kavurmaya devam edin. 

Yaklaşık 5 dakika boyunca hiç durmadan karıştırarak kavurmaya devam edin. Eğer karıştırmazsanız pilavınızın tencerenin dibine yapışacaktır.

Bu arada bir kaba 3 su bardağı sıcak suyu ve tavuk bulyonu ekleyip karıştırın (isteğe göre tuz ekleyin). 

Bu karışımı da pirinç ve arpayı kavurduğunuz tencereye ekleyin ve 1-2 kez karıştırın. Ardından tencerenin kapağını kapatın, ocağın altını kısın ve yaklaşık 15 dakika boyunca pişirin. 

Bu süreçte pilavınızı kontrol etmek için tencerenin kapağını çok sık açıp kapatmayın. 10 dakikanın ardından kapağı açıp suyunu çekmiş mi diye kontrol edebilirsiniz ama kapağı çok sık açıp buharında pişmesini engellemeyin. 

Pirinçler suyu tamamen çektiğinde, pilavınız dibine tutmadan altını kapatın ve pirinç pilavınızı birkaç kez karıştırın. Karıştırdıktan sonra tencerenin üzerine kağıt havlu serip kapağını kapatın ve 10 dakika civarı dinlendirin. 

Kağıt havlu buharı çekmeye yarayacaktır ve pilavınız tane tane olacaktır. Pirinç pilavı hazır. 

Afiyet olsun.

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Lab 12 Exercise Questions at Java Programming

import java.util.*;
import java.io.*;

class Decryptor
{
   // Decyrpting characters
   public static char decrypt(char c)
   {
      if(c > 'a' && c <= 'z')
         c--;
      else if(c > 'A' && c <= 'Z')
         c--;
      else if(c == 'a')
         c = 'z';
      else if(c == 'A')
         c = 'Z';
      return c;
   } 
   public static void writeAndPrint(PrintWriter outStream, char data)
   {
      outStream.print(data);
      System.out.print(data);
   }

   public static void main(String[] args) throws FileNotFoundException,
IOException
   {
      Scanner keyboard = new Scanner(System.in);

      System.out.println("Welcome to file decrypter");
      System.out.print("Please enter input file name: ");
      String inputFileName = keyboard.nextLine();
      System.out.print("Please enter output file name: ");
      String outputFileName = keyboard.nextLine();
     
     
      File inFile = new File(inputFileName);    //opening input file
      Scanner inScanner = new Scanner(inFile);  // Scanner to read input file
      inScanner.useDelimiter("");               // Configure scanner to read char by char


      File outFile = new File(outputFileName);  //opening output file
      FileOutputStream outFileStream = new FileOutputStream(outFile);   // creating output file strem
      PrintWriter outStream = new PrintWriter(outFileStream);           // creating print writer in order to write to output file stream

      int counter = 0;
      while(inScanner.hasNext())                // Reading input file till the end
      {
         char c = inScanner.next().charAt(0);   // reading the charachter
         char p = decrypt(c);                   // decrypting the char
         writeAndPrint(outStream, p);           // writing the decrypted char to output file and screen
      }
      inScanner.close();   //closing the input file resources
      outStream.close();   //closing the output file resources
      }
   }

import java.util.*;
import java.io.*;

class Encryptor
{
   // Encyrpting characters
   public static char encrypt(char c)
   {
      if(c >= 'a' && c < 'z')
         c++;
      else if(c >= 'A' && c < 'Z')
         c++;
      else if(c == 'z')
         c = 'a';
      else if(c == 'Z')
         c = 'A';
      return c;
   } 

   public static void main(String[] args) throws FileNotFoundException,
IOException
   {
      Scanner keyboard = new Scanner(System.in);

      System.out.println("Welcome to file encrypter");
      System.out.print("Please enter input file name: ");
      String inputFileName = keyboard.nextLine();
      System.out.print("Please enter output file name: ");
      String outputFileName = keyboard.nextLine();
     
     
      File inFile = new File(inputFileName);    // opening input file
      Scanner inScanner = new Scanner(inFile);  // Scanner to read input file
      inScanner.useDelimiter("");               // Configure scanner to read char by char


      File outFile = new File(outputFileName);  // opening output file
      FileOutputStream outFileStream = new FileOutputStream(outFile);   // creating output file strem
      PrintWriter outStream = new PrintWriter(outFileStream);           // creating print writer in order to write to output file stream

      int counter = 0;
      while(inScanner.hasNext())                // Reading input file till the end
      {
         char c = inScanner.next().charAt(0);   // reading the charachter
         char e = encrypt(c);                   // encrypting the char
         outStream.print(e);                    // writing to output file
      }
      inScanner.close();   //closing the input file resources
      outStream.close();   //closing the output file resources
   }
}

import java.util.*; 

import java.io.*;

class Lab13Ex1Program

{ 

   public static int[] readFileContent(String inputFileName) throws FileNotFoundException,

IOException

   {

      // First pass

      File inputFilePointer = new File(inputFileName);

      Scanner inputFileScanner = new Scanner(inputFilePointer);

      int counter = 0;

      while(inputFileScanner.hasNextInt())

      {

         int value = inputFileScanner.nextInt();

         counter++;

      }      

      

      inputFileScanner.close();

      int[] fileValues = new int[counter];

      int index = 0;

      //Second Pass

      inputFilePointer = new File(inputFileName);

      inputFileScanner = new Scanner(inputFilePointer);

      while(inputFileScanner.hasNextInt())

      {

         int value = inputFileScanner.nextInt();

         fileValues[index] = value;

         index++;

      }

      

      inputFileScanner.close();

      return fileValues;

   }

   

   public static void writeAndPrint(PrintWriter outStream, String data)

   {

      outStream.println(data);

      System.out.println(data);

   } 

   public static void main(String[] args) throws FileNotFoundException,

IOException

   {

      Scanner keyboard = new Scanner(System.in);

      System.out.println("Welcome to numeric anaylzer");

      System.out.print("Please enter input file name: ");

      String inputFileName = keyboard.nextLine();

      System.out.print("Please enter output file name: ");

      String outputFileName = keyboard.nextLine();

      

      int[] values = readFileContent(inputFileName);

      

      if(values.length > 0)

      {      

         int sum = 0;

         int max = values[0];

         int min = values[0];

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

         {

            sum += values[i];

            if(values[i] > max) max = values[i];

            if(values[i] < min) min = values[i];

         }

         double avg = (double)sum / values.length;

         double stdDev = 0;

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

         {

            stdDev += Math.pow(values[i] - avg, 2);

         }

         stdDev = Math.sqrt(stdDev/values.length);

         

         File outFile = new File(outputFileName); 

         FileOutputStream outFileStream = new FileOutputStream(outFile); 

         PrintWriter outStream = new PrintWriter(outFileStream);

         

         writeAndPrint(outStream, "Read from file: "+values.length+" values");

writeAndPrint(outStream, "\tMaximum value = " + max);

   writeAndPrint(outStream, "\tMinimum value = " + min);

   writeAndPrint(outStream, "\tAverage value = " + avg);                  

   writeAndPrint(outStream, "\tStandard Deviation = " + stdDev);

         outStream.close();

      }

      else 

      {

         System.out.println("File does not contain integers!");

      }

   } 

}

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Lab 11 Exercise Questions at Java Programming

class Complex {
   private double real;
   private double imaginary;
   private static double LIMIT = 10.0;
   public Complex() {
      this.real = 0;
      this.imaginary = 0;
   }
   public Complex(double real) {
      this.real = real;
      this.imaginary = 0;
   }
   public Complex(double real, double imaginary) {
      this.real = real;
      this.imaginary = imaginary;
   }
   public double getReal() {
      return this.real;
   }
   public double getImaginary() {
      return this.imaginary;
   }
   public void setReal(double real) {
      this.real = real;
   }
   public void setImaginary(double imaginary) {
      this.imaginary = imaginary;
   }
   public String toString() {
      return real + " " + imaginary + "i";
   }
   public boolean equals(Complex c)
   {
      return ((this.real == c.real) && (this.imaginary == c.imaginary));
   }
   public Complex add(Complex c)
   {
      return new Complex(this.real + c.real, this.imaginary + c.imaginary);
   }
   public Complex add(double value)
   {
      return new Complex(this.real + value, this.imaginary);
   }
   public boolean isBig() {
      return (Math.sqrt(this.real*this.real+this.imaginary*this.imaginary) > LIMIT);
   }
   public static Complex add(Complex c1, Complex c2)
   {
      return new Complex(c1.real + c2.real, c1.imaginary + c2.imaginary);
   }
}

//Complex Tester class
//Author: Kevin Soule

class ComplexTester {
   public static void main(String args[] ) {
 
   //create complex numbers testing all three constructors
   Complex one = new Complex();
   Complex two = new Complex(5);
   Complex three = new Complex(2.1,3.5);
   // test toString
   System.out.println("First Complex number : " + one.toString());
   System.out.println("Second Complex number : " + two.toString());
   System.out.println("Third Complex number : " + three);
 
   //test accessors
   System.out.println("Real for third number : "+ three.getReal());
   System.out.println("Imaginary for third number : " + three.getImaginary());
 
   //test mutators
   System.out.println("Using mutators, change first number to 1.7 + 3.4i");
   one.setReal(1.7);
   one.setImaginary(3.4);
   System.out.println("First Complex number : " + one);
   System.out.println();
 
   //test two instance add methods
   Complex four = one.add(three);
   System.out.println(one + " plus " + three + " = " + four);
   Complex five = two.add(3);
   System.out.println("Adding 3.0 to Second complex number = " + five);
   System.out.println();
 
   //test equals method
   System.out.println("Third Complex number : " + three);
   Complex six = new Complex(2.1,3.5);
   System.out.println("Sixth Complex number : " + six);
 
   System.out.println("Third equals sixth : " + three.equals(six));
   System.out.println("Third equals first : " + three.equals(one)); 
   System.out.println();
 
   //test static add method
   System.out.println("Fourth Complex number : " + four);
   System.out.println("Fifth Complex number : " + five);
   Complex seven = Complex.add(four,five);

   System.out.println("Fourth plus Fifth = " + seven);
   //testing toBig method
     
   System.out.println();
   System.out.println("Seventh Complex number : " + seven);
   System.out.println("Is Fourth to Big : " + four.isBig());
   System.out.println("Is Seventh to Big : " + seven.isBig());
   }
}
 



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Lab 10 Exercise Questions at Java Programming

class Item Class {
   private String description;
   private int quantity;
   private double price;
   public Item(String description, int quantity, double price)
   {
      this.description = description;
      this.price = price;
      this.quantity = quantity;
   }
   public Item(String description, double price)
   {
      this.description = description;
      this.price = price;
      this.quantity = 0;
   }
   public String getDescription()
   {
      return description;
   }
   public void setDescription(String description)
   {
      this.description = description;
   }
   public double getPrice()
   {
      return price;
   }
   public void setPrice(double price)
   {
      this.price = price;
   }
   public int getQuantity()
   {
      return quantity;
   }
   public void setQuantity(int quantity)
   {
      this.quantity = quantity;
   }
}

class Item Driver
{
   public static void main(String[] args)
   {
      System.out.println("Welcome to Store Management Program");

      Item spoon, fork, knife, dish, bowl;
      spoon = new Item("Spoon", 14, 1.25);
      fork = new Item("Fork", 18, 1.50);
      knife = new Item("Knife", 2, 2.35);
      dish = new Item("Dish", 5.95);
      bowl = new Item("Bowl", 4.99);
     
      fork.setPrice(1.75);
      dish.setQuantity(5);
      bowl.setQuantity(8);
      knife.setDescription("Butter Knife");
     
      Item[] items = new Item[5];
      items[0] = spoon;
      items[1] = fork;
      items[2] = knife;
      items[3] = dish;
      items[4] = bowl;
     
     
      for(int i = 0; i < items.length; i++)
      {
         Item item = items[i];
         System.out.println("We have "+item.getQuantity()+" "+item.getDescription()+" (s) at a price of $"+item.getPrice()+" each");
      }     
      System.out.println("Thanks for using my program!");
   }
}


class Item {

   private String description;
   private int quantity;
   private double price;
   public Item(String description, int quantity, double price)
   {
      this.description = description;
      this.price = price;
      this.quantity = quantity;
   }
   public Item(String description, double price)
   {
      this.description = description;
      this.price = price;
      this.quantity = 0;
   }
   public String getDescription()
   {
      return description;
   }
   public void setDescription(String description)
   {
      this.description = description;
   }
   public double getPrice()
   {
      return price;
   }
   public void setPrice(double price)
   {
      this.price = price;
   }
   public int getQuantity()
   {
      return quantity;
   }
   public void setQuantity(int quantity)
   {
      this.quantity = quantity;
   }
}

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Lab 9 Exercise Questions at Java Programming

public class lab10exe1 {
   public static void main(String[] args) {
      // Declare variable
      int[] marks = {5, 10, 12, 15, 18};
      int sum = 0;
      int sumSq = 0;
      double mean, stdDev;

      // Compute sum and square-sum using loop
      for (int i = 0; i < marks.length; ++i) {
         sum += marks[i];
         sumSq += marks[i] * marks[i];
      }
      mean = (double)sum / marks.length;
      stdDev = Math.sqrt((double)sumSq / marks.length - mean * mean);

      // Print results
      System.out.printf("Mean is: %.2f%n", mean);
      System.out.printf("Standard deviation is: %.2f%n", stdDev);
   }
}

public class labexe2 {
   static void printPascal(int n) {
   
      for(int line = 0; line < n; line++)
      {
        for (int i = 0; i <= line; i++)
    System.out.print(binomialCoeff   
                    (line, i)+" ");
    System.out.println();
    }               
   }
   static int binomialCoeff(int n,int k)
   {
      int res = 1;
     
         if (k > n - k);
         k = n - k;
       
      for (int i = 0; i < k; ++i);
      {
         res *= (n - i);
         res /= (i + 1);
         }
       return res;
    }   
   public static void main(String args[])
   {
   int n = 6;
   printPascal(n);
   }
}

public class labexe3 {
    public static void main(String[] args) {
    int index;
    boolean Boxes[] = new boolean[6];

    //flip each box

    for(index=0; index<Boxes.length;index++){
    Boxes[index] = !Boxes[index];
    System.out.println(Boxes[index]);
    }

    for(index=1; index<Boxes.length;index+=2){
    Boxes[index] = !Boxes[index];
    System.out.println(Boxes[index]);
    }

    for(index=2; index<Boxes.length;index+=3){
    Boxes[index] = !Boxes[index];
    System.out.println(Boxes[index]);
    }
  }
}


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