Here is my naive

README.md

@@ -18,48 +18,58 @@ Work through all these exercises. You edit this file with your answers for these
 * Use `getPrice` method to view the value of the price of the tickets that was set when this object was created.
 * Use `insertMoney` method to simulate inserting an amount of money into the machine.
 * Use `getBalance` to check that the machine has a record of the amount inserted.
-	* You can insert several separate amounts of money into the machine, just like you might insert multiple coins or notes into a real machine. Try inserting the exact amount required for a ticket. As this is a simple machine, a ticket will not be issued automatically, so once you have inserted enough money, call the `printTicket` method. A facsimile ticket should be printed in the BlueJ terminal window.
+    * You can insert several separate amounts of money into the machine, just like you might insert multiple coins or notes into a real machine. Try inserting the exact amount required for a ticket. As this is a simple machine, a ticket will not be issued automatically, so once you have inserted enough money, call the `printTicket` method. A facsimile ticket should be printed in the BlueJ terminal window.
 
 ### Exercise 2.2
 * What value is returned if you check the machine’s balance after it has printed a ticket?
-
+ I got the value 0
 ### Exercise 2.3
 * Experiment with inserting different amounts of money before printing tickets.
-	* Do you notice anything strange about the machine’s behavior?
-	* What happens if you insert too much money into the machine – do you receive any refund?
-	* What happens if you do not insert enough and then try to print a ticket?
+    * Do you notice anything strange about the machine’s behavior?
+    * What happens if you insert too much money into the machine – do you receive any refund?
+    * What happens if you do not insert enough and then try to print a ticket?
+      - it still was the same no matter how much I put in
 
 ### Exercise 2.4
 * Try to obtain a good understanding of a ticket machine’s behavior by interacting with it on the object bench before we start looking at how the `TicketMachine` class is implemented in the next section.
 
 ### Exercise 2.5
 * Create another ticket machine for tickets of a different price.
-	* Buy a ticket from that machine.
-	* Does the printed ticket look different?
+    * Buy a ticket from that machine.
+    * Does the printed ticket look different?
+    * no it did not
 
 ### Exercise 2.6
 * Write out what you think the outer wrappers of the `Student` and `LabClass` classes might look like – do not worry about the inner part.
+public class Student{
+
+    } 
+
+    public class LabClass(){
 
+    }
 ### Exercise 2.7
 Does it matter whether we write<br>
 `public class TicketMachine`<br>
 or<br>
 `class public TicketMachine`<br>
 in the outer wrapper of a class?
-
+ it gave me an error
 * Edit the source of the `TicketMachine` class to make the change and then close the editor window.
-	* Do you notice a change in the class diagram?
-	* What error message do you get when you now press the compile button?
-	* Do you think this message clearly explains what is wrong?
-
+    * Do you notice a change in the class diagram?
+    * What error message do you get when you now press the compile button?
+    * Do you think this message clearly explains what is wrong?
+ it showed me red slashes 
+ illegal expression
+ no
 ### Exercise 2.8
 * Check whether or not it is possible to leave out the word `public` from the outer wrapper of the `TicketMachine` class.
-
+    no syntax error
 ### Exercise 2.9
 * From your earlier experimentation with the ticket machine objects within BlueJ you can probably remember the names of some of the methods – `printTicket`, for instance.
-	* Look at the class definition in Code 2.1 and use this knowledge, along with the additional information about ordering we have given you, to try to make a list of the names of the fields, constructors, and methods in the `TicketMachine` class.
-	* Hint: There is only one constructor in the class.
-
+    * Look at the class definition in Code 2.1 and use this knowledge, along with the additional information about ordering we have given you, to try to make a list of the names of the fields, constructors, and methods in the `TicketMachine` class.
+    * Hint: There is only one constructor in the class.
+integer would be fields, constructor would be the public ticket machine, methods would be get balance and get price
 ### Exercise 2.10
 * Do you notice any features of the constructor that make it significantly different from the other methods of the class?
 
@@ -71,6 +81,7 @@ private int count;
 private Student representative;
 private Server host;
 ```
+int, student, server 
 
 ### Exercise 2.12
 * What are the names of the following fields?
@@ -80,6 +91,8 @@ private boolean alive;
 private Person tutor;
 private Game game;
 ```
+alive, tutor, game 
+
 ### Exercise 2.13
 
 In the following field declaration from the TicketMachine class<br>
@@ -88,35 +101,38 @@ In the following field declaration from the TicketMachine class<br>
 private int price;
 ```
 does it matter which order the three words appear in?
+yes it does 
 * Edit the `TicketMachine` class to try different orderings. After each change, close the editor.
-	* Does the appearance of the class diagram after each change give you a clue as to whether or not other orderings are
+    * Does the appearance of the class diagram after each change give you a clue as to whether or not other orderings are
 possible?
-	* Check by pressing the compile button to see if there is an error message.
-	* Make sure that you reinstantiate the original version after your experiments!
+    * Check by pressing the compile button to see if there is an error message.
+    * Make sure that you reinstantiate the original version after your experiments!
 
 ### Exercise 2.14
 * Is it always necessary to have a semicolon at the end of a field declaration?
+ yes
 * Once again, experiment via the editor.
 * The rule you will learn here is an important one, so be sure to remember it.
 
 
 ### Exercise 2.15
 * Write in full the declaration for a field of type `int` whose name is `status`.
-
+int status
 ### Exercise 2.16
 * To what class does the following constructor belong?
 ```
 public Student(String name)
 ```
-
+Student
 ### Exercise 2.17
 * How many parameters does the following constructor have and what are their types?
 ```
 public Book(String title, double price)
 ```
-
+2
 ### Exercise 2.18
 * Can you guess what types some of the `Book` class’s fields might be?
+  int 
 * Can you assume anything about the names of its fields?
-
+ yes 
 READ upto and INCLUDING section 2.15 of this chapter.

TicketMachineTest.java

@@ -11,7 +11,7 @@
  * @author  (your name)
  * @version (a version number or a date)
  */
-public class TicketMachineTest
+ class TicketMachineTest
 {
     /**
      * Default constructor for test class TicketMachineTest

bluej.pkg

@@ -1,32 +1,48 @@
 #BlueJ package file
-editor.fx.0.height=722
-editor.fx.0.width=800
-editor.fx.0.x=709
-editor.fx.0.y=113
+dependency1.from=TicketMachineTest
+dependency1.to=TicketMachine
+dependency1.type=UsesDependency
+editor.fx.0.height=804
+editor.fx.0.width=969
+editor.fx.0.x=541
+editor.fx.0.y=123
 objectbench.height=101
-objectbench.width=461
-package.divider.horizontal=0.6
+objectbench.width=665
+package.divider.horizontal=0.8615384615384616
 package.divider.vertical=0.8007380073800738
 package.editor.height=427
-package.editor.width=674
-package.editor.x=1067
-package.editor.y=119
+package.editor.width=682
+package.editor.x=952
+package.editor.y=134
 package.frame.height=600
 package.frame.width=800
-package.numDependencies=0
-package.numTargets=1
+package.numDependencies=1
+package.numTargets=3
 package.showExtends=true
 package.showUses=true
 project.charset=UTF-8
-readme.height=58
+readme.height=60
 readme.name=@README
-readme.width=47
+readme.width=48
 readme.x=10
 readme.y=10
-target1.height=50
-target1.name=TicketMachine
+target1.height=70
+target1.name=TicketMachineTest
 target1.showInterface=false
-target1.type=ClassTarget
-target1.width=120
-target1.x=80
-target1.y=50
+target1.type=UnitTestTargetJunit4
+target1.width=130
+target1.x=140
+target1.y=120
+target2.height=50
+target2.name=TicketMachine
+target2.showInterface=false
+target2.type=ClassTarget
+target2.width=120
+target2.x=80
+target2.y=50
+target3.height=70
+target3.name=README.md
+target3.type=TextTarget
+target3.width=120
+target3.x=10
+target3.y=110

package.bluej

@@ -1,32 +1,48 @@
 #BlueJ package file
-editor.fx.0.height=722
-editor.fx.0.width=800
-editor.fx.0.x=709
-editor.fx.0.y=113
+dependency1.from=TicketMachineTest
+dependency1.to=TicketMachine
+dependency1.type=UsesDependency
+editor.fx.0.height=804
+editor.fx.0.width=969
+editor.fx.0.x=541
+editor.fx.0.y=123
 objectbench.height=101
-objectbench.width=461
-package.divider.horizontal=0.6
+objectbench.width=665
+package.divider.horizontal=0.8615384615384616
 package.divider.vertical=0.8007380073800738
 package.editor.height=427
-package.editor.width=674
-package.editor.x=1067
-package.editor.y=119
+package.editor.width=682
+package.editor.x=952
+package.editor.y=134
 package.frame.height=600
 package.frame.width=800
-package.numDependencies=0
-package.numTargets=1
+package.numDependencies=1
+package.numTargets=3
 package.showExtends=true
 package.showUses=true
 project.charset=UTF-8
-readme.height=58
+readme.height=60
 readme.name=@README
-readme.width=47
+readme.width=48
 readme.x=10
 readme.y=10
-target1.height=50
-target1.name=TicketMachine
+target1.height=70
+target1.name=TicketMachineTest
 target1.showInterface=false
-target1.type=ClassTarget
-target1.width=120
-target1.x=80
-target1.y=50
+target1.type=UnitTestTargetJunit4
+target1.width=130
+target1.x=140
+target1.y=120
+target2.height=50
+target2.name=TicketMachine
+target2.showInterface=false
+target2.type=ClassTarget
+target2.width=120
+target2.x=80
+target2.y=50
+target3.height=70
+target3.name=README.md
+target3.type=TextTarget
+target3.width=120
+target3.x=10
+target3.y=110