___________ is the unit of measurement for resistance.

An open component in a series circuit provides ______.

A multimeter is NOT used to measure ___.

_________ is a silver metal used to secure components in electrical circuits?

What symbol represents current?

How does curent flow in a series circuit?

What are the three most common relationships existing between classes in Java?

The following code correctly reads values entered by the user and calculates their product in an accumulating fashion until a particular sentinel value of 0 is encountered.  It will avoid multiplying the product by the sentinel value of 0 by mistake. Assume console is a properly declared Scanner object that can read input from the console window.product = 1; System.out.print (“Enter a value:”); value = console.nextInt(); while (value != 0){      System.out.print (“Enter another value (0 to stop):”);        value = console.nextInt();        product *= value;} System.out.println (“Product: ” + product);

You use the AND operator, which is written as the double ampersand (&&), to conjoin any two Boolean expression together such that the boolean result is true if and only if both boolean expressions are true and a false otherwise.

Complete the following program by completing the code segments using the drop-down menu for each missing code segment: import java.io.IOException;import java.nio.file.Files;import java.io.PrintWriter;import java.nio.file.Paths;import java.util.Scanner;import java.util.ArrayList;import java.io.FileWriter;import java.util.HashMap; public class ArrayList_and_HashMap{     public static void main(String[] args) throws IOException     {       //opens an input file called “fahreinheit.txt” and reads the integers into an ArrayList called fahreinheit_list       ArrayList fahreinheit_list = [c1]   //creating an empty ArrayList of integers       Scanner input = new Scanner( [c2] , “UTF-8”); //creating a scanner       //gather input from the input file      while (input.[c3])      {         fahreinheit_list.add(input.nextInt());      }       // Creates a second ArrayList called celsius_list       ArrayList celsius_list = [c4]      /* Using the farhienheit_list ArrayList, calculate each Farheinheit’s equivalent      Celsius temperature and store the result in the ArrayList called celsius_list*/     Integer current_value;      for (int i=0; i < [c5]; i++)     {         current_value= (fahreinheit_list.get(i)-32)* 5/9;         celsius_list.[c6];     }      //Create an output file     FileWriter writer= new FileWriter("temperature_conversion_table.txt");     //printing out the headings     writer.write("Fahrenheit\tCelsius\n");      //for loop to output to file      for (i=0; i < fahreinheit_list.size(); i++)     {                  writer.write(fahreinheit_list.get(i)+ "\t\t"+ celsius_list.get(i)+ "\n");     }      writer.close(); //closing file      // Open the "temperature_conversion_table.txt" file that was just processed and filed.     // Pull in the data stored within it into a hash_map, where each key will be the     //fahreinheit temperatures and each value associated with that key will be the Celsius     //temperatures.       input = new Scanner(Paths.get("temperature_conversion_table.txt"), "UTF-8");       [c7] = new HashMap();       String first_line = input.nextLine();       for (i=0; i < fahreinheit_list.size(); i++) //loop to store to hashmap      {          temperature.[c8];      }       //Output the conversion table as formatted above to the screen using the hashmap      //holding the fahrenheit keys and the celsius values (use the enhanced for loop from       //the PowerPoint lecture as a reference)        System.out.println("Fahrenheit\tCelsius"); //printing out heading      for (String t: [c9])      {          System.out.println(t + "\t\t"+ temperature.get(t));       }             [c10] //Close the temperature_conversion.txt file    }//end main method }//end class