Problem #4 – Logical Operators: Movie Ticket Price

The local movie theater in town has a ticket price of $12.00.

But, if you are a senior (55 and older), or are under 10, or are seeing a matinee which screens from 3 pm to 5 pm, you get the discounted price of $7.00, nice!

Hint 1: "55 and older" is INCLUSIVE

Hint 2: under 10 is EXCLUSIVE

Hint 3: the range 3 to 5 is INCLUSIVE

Hint 4: limit 1 per patron (i.e., it doesn’t compound)

Hint 5: considering there’s 3 am and pm and 5 am and pm, using a 24-hour clock (aka military time) may be an easier option (0000 to 2359)

Determine which of the two prices the customer is eligible for.

• Givens:

  • Time of Movie (Assume whole numbers here)

  • Age of the customer

• Result To Print Out:

  • "The ticket price is X"

Must use C# coding using conditional statements

Forte Inc. produces and sells theater set designs and costumes. The company began operations on January 1, Year 1. The following transactions relate to securities acquired by Forte Inc., which has a fiscal year ending on December 31:

Record these transactions on page 10:

Record these transactions on page 11:

1. Journalize the March transactions. The Triquel records admission revenue as service revenue, concession revenue as rent revenue, and film rental expense as rent expense. (If no entry is required, select "No entry" for the account titles and enter 0 for the amounts. Credit account titles are automatically indented when amount is entered. Do not indent manually. Record journal entries in the order presented in the problem.)

2. Post the March journal entries to the ledger. (Post entries in the order of information presented in the question.)

3. Prepare a trial balance on March 31, 2017.

Forte Inc. produces and sells theater set designs and costumes. The company began operations on January 1, Year 1. The following transactions relate to securities acquired by Forte Inc., which has a fiscal year ending on December 31:

Record these transactions on page 10:

Record these transactions on page 11:

*****IN JAVA****

Implement a theater seating chart  as a two-dimensional array of ticket prices, like this:

{10, 10, 10, 10, 10, 10, 10, 10, 10, 10}

{10, 10, 10, 10, 10, 10, 10, 10, 10, 10}

{10, 10, 10, 10, 10, 10, 10, 10, 10, 10}

{10, 10, 20, 20, 20, 20, 20, 20, 10, 10}

{10, 10, 20, 20, 20, 20, 20, 20, 10, 10}

{10, 10, 20, 20, 20, 20, 20, 20, 10, 10}

{20, 20, 30, 30, 40, 40, 30, 30, 20, 20}

{20, 30, 30, 40, 50, 50, 40, 30, 30, 20}

{30, 40, 50, 50, 50, 50, 50, 50, 40, 30}

Write a code snippet that:

- uses a for loop to print the array with spaces between the seat prices

- prompts users to pick a row and a seat using a while loop and a sentinel to stop the loop.

- outputs the seat price to the user.

1. Theater tickets for a hit show have four prices depending on seating. The prices ae $50, $100, $150 and $200. The probability a ticket sells for $50 is .4. The probability it sells for $100 is .15. The probability it sells for $150 is .2.

1. Find the probability a ticket sells for $200.

2. Find the expected cost (mean cost) of a ticket.

3. Find the standard deviation for the cost of a ticket

4. Find the variance for the cost of a ticket

2. A person pays $2.00 to play the following carnival game: A die is rolled one time. If an even number comes up the person pays an additional $2.50. If it comes up odd, the player receives a payment of $5.00 and gets the $2.00 back. Find the players expected profit if (s)he plays this game.

3. Sixty percent of all shoppers in a given shopping center use credit cards for their purchases. If 20 shoppers make purchases, find the probability that:

1. exactly 12 use credit cards.

2. exactly 7 do not use credit cards.

3. At most 10 use credit cards

4. More than 13 use credit cards

4. The probability a person passes the Bar exam is .46. If 290 people in this city take the exam:

1. Find the mean number who pass.

2. Find the standard deviation for the number who pass.

5. Find each of the following probabilities for a value chosen at random from a Standard Normal (Z) distribution.

1. the probability the value is more than 2.7

2. the probability the value is between –2.01 and 2.21

3. The probability the value is less than –3.2

6. The hourly wage for workers in a fast food restaurant is Normally distributed with a mean of $5.85 and a standard deviation of $0.35. If a worker is selected at random, find the probability that:

1. (S)he earns less than $5.50 an hour

2. (S)he earns between $5.90 and $6.40 an hour.

3. (S)he earns at least $6.00 an hour

7. The mean cost of living for a family of four in cities across the country is $65,351 with a standard deviation of $7712. A company is thinking of relocating to a city with a cost of living that is in the bottom 40% of all the cities. Assuming that the distribution is Normally distributed, what is the cutoff score for a city that would make it eligible for consideration by this company?

8. 45% of people have type O blood . If 400 volunteers show up to donate blo, use the Normal approximation to the binomial to find the probability that more than 175 but at most 182 have type O blood.

9. The mean annual rainfall in a particular region is 80 inches with a standard deviation of 8 inches. If a sample of 32 years is selected, what is the probability that the mean annual rainfall for this sample will be less than 79 inches?

Java

I'm trying to create a program that replicates a theater ticket reservation system. I have a Seat class with members row(integer), seat(character) and ticketType(character). Where a ticket type can be 'A' adult, 'C' child, 'S' senior, or '.' recorded as empty. I have a Node generic class that points to other nodes(members): up, Down. Left, Right. It also has a generic payload. Lastly, I have an Auditorium class which is also generic. its member is a First Node<T>.

As you can see, its a linked list of nodes where each node is supposed to be a seat (Node<Seat>). The Auditorium is supposed to be a grid of Seat Nodes that contain the seat information within. This way, I can later use the information to intake customer orders and check availability, recommend a best option if not available, etc.

My problem is I'm having trouble creating an overloaded constructor for the Auditorium class. The current auditorium seating information is held in a text file with text such as:

AA.AA....AAA..AACCSS
..AC.....A.........A
S...........AACCCAAC
.AA...CC.SS.....SSC.
A.A..S...S..A......A

I need to add each seat into a node into the auditorium grid before asking the customer for their order to know seat availability.

I tried creating this LONG constructor, but I think the issue is converting the item of type Seat into an item or generic T ((T)currentSeat). This causes the auditorium to output A as ticket type for EVERY single seat in the auditorium. Could you give advice on how to better create an auditorium through the constructor?

       for(int i = 0 ; i < rows ; i++)
       {
           //System.out.println("row " + i);
           currentRowFromFile = readFile.nextLine();
          
           for (int j = 0; j < columns; j++)
           {
               //System.out.println( "column " + j);
               currentSeat.setRow(i);
               currentSeat.setSeat((char)('A'+ j));
               //System.out.print("seat column ");
               //System.out.println((char)('A'+ j));
               currentSeat.setTicketType(currentRowFromFile.charAt(j));
               if(j == 0 && i == 0)
               {
                   First = new Node<T> ((T)currentSeat);  
                   lastNodeCreated = First;
                   thisRowsFirstElement = First;
                   System.out.println("The node being added for index " + i + " " + j + "has seat type: " + currentSeat.getTicketType());
               }
               if(j == 0 && i!= 0) // new row first element
               {
                   //first column on a different row
                   Node<T>newNodeToInsert = new Node<T>((T)currentSeat);
                   thisRowsFirstElement.setDown(newNodeToInsert);   //move down
                   thisRowsFirstElement.getDown().setUp(thisRowsFirstElement);
                   thisRowsFirstElement = thisRowsFirstElement.getDown(); // now continue on this row
                   lastNodeCreated = thisRowsFirstElement;
                   System.out.println("The node being added for index " + i + " " + j + "has seat type: " + currentSeat.getTicketType());
               }
               else if(i == 0 && j != 0) // top row
               {
                   Node<T> newNodeToInsert = new Node<T>((T)currentSeat);
                   lastNodeCreated.setRight(newNodeToInsert);
                   lastNodeCreated.getRight().setLeft(lastNodeCreated); // <-->
                   lastNodeCreated = lastNodeCreated.getRight();  
                   System.out.println("The node being added for index " + i + " " + j + "has seat type: " + currentSeat.getTicketType());
               }
               else if(i != 0 && j != 0) // not top row or first column
               {
                   Node <T> newNodeToInsert = new Node<T> ((T)currentSeat);
                   lastNodeCreated.setRight(newNodeToInsert);
                   lastNodeCreated.getRight().setLeft(lastNodeCreated);
                   lastNodeCreated.getRight().setUp(lastNodeCreated.getUp().getRight());
                   lastNodeCreated.getUp().getRight().setDown(lastNodeCreated.getRight());
                   lastNodeCreated = lastNodeCreated.getRight();
                   System.out.println("The node being added for index " + i + " " + j + "has seat type: " + currentSeat.getTicketType());
               }
           }
  

Forte Inc. produces and sells theater set designs and costumes. The company began operations on January 1, Year 1. The following transactions relate to securities acquired by Forte Inc., which has a fiscal year ending on December 31:

Record these transactions on page 11:

Forte Inc. produces and sells theater set designs and costumes. The company began operations on January 1, Year 1. The following transactions relate to securities acquired by Forte Inc., which has a fiscal year ending on December 31:

Record these transactions on page 10:

Record these transactions on page 11: