A method “contains()” Program plan: In a file “LispList.java”, create a class “LispList”, Create an object for “EmptyList”. Declare the method “isEmpty()”. Declare the method “head()”. Declare the method “tail()”. Declare the method “cons()”. Declare the method “contains()”. In a file “EmptyList.java”, create a class “EmptyList”, Define the default constructor. Define the “cons()” method to return the object of “NonEmptyList”. Define the method “isEmpty()” to returns true. Define the method “contains()” that returns false. Define the method “head()” that returns an exception “UnsupportedOperationException”. Define the method “tail()” that returns an exception “UnsupportedOperationException”. Define the method “toString()” that returns empty string. In a file “NonEmptyList.java”, create a class “NonEmptyList”, Declare the object for “Object” and “LispList”. Define the constructor that assigns the object properties. Define the “cons()” method to return the object of “NonEmptyList”. Define the method “contains()”, Return the resultant Boolean value. Define the method “isEmpty()” that returns false. Define the method “head()” that returns the object properties of “Object”. Define the method “tail()” that returns the object properties of “LispList”. Define the method “toString()” that returns the string representation. In a file “LispListTest.java”, create a class “LispListTest”, Define the method “main()”, Create an object for “EmptyList” to create list “1”.. Create an object for “NonEmptyList” to create list “2’. Assign the value returned from the method “cons()” to the list “3”. Print the value returned from the method “contains()” by calling with list “1”. Print the expected Boolean result. Print the value returned from the method “contains()” by calling with list “2”. Print the expected Boolean result. Print the value returned from the method “contains()” when calling by list “2” with different argument. Print the expected Boolean result. Print the value returned from the method “contains()” when calling by list “2” with different argument. Print the expected Boolean result. Print the value returned from the method “contains()” by calling with list “3”. Print the expected Boolean result. Print the value returned from the method “contains()” when calling by list “3” with an argument “A” Print the expected Boolean result. Print the value returned from the method “contains()” when calling by list “3” with an argument “D” Print the expected Boolean result. Print the value returned from the method “contains()” when calling by list “3” with an argument “C” Print the expected Boolean result. Print the value returned from the method “contains()” when calling by list “3” with an argument “K” Print the expected Boolean result. Print the value returned from the method “contains()” when calling by list “3” with an argument “K” Print the expected Boolean result. Print the value returned from the method “contains()” when calling by list “3” with an argument “9” Print the expected Boolean result.

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Answer 1

Question

Chapter 16, Problem 12PP

Program Plan Intro

A method “contains()”

Program plan:

In a file “LispList.java”, create a class “LispList”,

Create an object for “EmptyList”.

Declare the method “isEmpty()”.

Declare the method “head()”.

Declare the method “tail()”.

Declare the method “cons()”.

Declare the method “contains()”.

In a file “EmptyList.java”, create a class “EmptyList”,

Define the default constructor.

Define the “cons()” method to return the object of “NonEmptyList”.

Define the method “isEmpty()” to returns true.

Define the method “contains()” that returns false.

Define the method “head()” that returns an exception “UnsupportedOperationException”.

Define the method “tail()” that returns an exception “UnsupportedOperationException”.

Define the method “toString()” that returns empty string.

In a file “NonEmptyList.java”, create a class “NonEmptyList”,

Declare the object for “Object” and “LispList”.

Define the constructor that assigns the object properties.

Define the “cons()” method to return the object of “NonEmptyList”.

Define the method “contains()”,

Return the resultant Boolean value.

Define the method “isEmpty()” that returns false.

Define the method “head()” that returns the object properties of “Object”.

Define the method “tail()” that returns the object properties of “LispList”.

Define the method “toString()” that returns the string representation.

In a file “LispListTest.java”, create a class “LispListTest”,

Define the method “main()”,

Create an object for “EmptyList” to create list “1”..

Create an object for “NonEmptyList” to create list “2’.

Assign the value returned from the method “cons()” to the list “3”.

Print the value returned from the method “contains()” by calling with list “1”.

Print the expected Boolean result.

Print the value returned from the method “contains()” by calling with list “2”.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “2” with different argument.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “2” with different argument.

Print the expected Boolean result.

Print the value returned from the method “contains()” by calling with list “3”.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “A”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “D”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “C”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “K”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “K”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “9”

Print the expected Boolean result.

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Question

Chapter 16, Problem 12PP

Program Plan Intro

A method “contains()”

Program plan:

In a file “LispList.java”, create a class “LispList”,

Create an object for “EmptyList”.

Declare the method “isEmpty()”.

Declare the method “head()”.

Declare the method “tail()”.

Declare the method “cons()”.

Declare the method “contains()”.

In a file “EmptyList.java”, create a class “EmptyList”,

Define the default constructor.

Define the “cons()” method to return the object of “NonEmptyList”.

Define the method “isEmpty()” to returns true.

Define the method “contains()” that returns false.

Define the method “head()” that returns an exception “UnsupportedOperationException”.

Define the method “tail()” that returns an exception “UnsupportedOperationException”.

Define the method “toString()” that returns empty string.

In a file “NonEmptyList.java”, create a class “NonEmptyList”,

Declare the object for “Object” and “LispList”.

Define the constructor that assigns the object properties.

Define the “cons()” method to return the object of “NonEmptyList”.

Define the method “contains()”,

Return the resultant Boolean value.

Define the method “isEmpty()” that returns false.

Define the method “head()” that returns the object properties of “Object”.

Define the method “tail()” that returns the object properties of “LispList”.

Define the method “toString()” that returns the string representation.

In a file “LispListTest.java”, create a class “LispListTest”,

Define the method “main()”,

Create an object for “EmptyList” to create list “1”..

Create an object for “NonEmptyList” to create list “2’.

Assign the value returned from the method “cons()” to the list “3”.

Print the value returned from the method “contains()” by calling with list “1”.

Print the expected Boolean result.

Print the value returned from the method “contains()” by calling with list “2”.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “2” with different argument.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “2” with different argument.

Print the expected Boolean result.

Print the value returned from the method “contains()” by calling with list “3”.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “A”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “D”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “C”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “K”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “K”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “9”

Print the expected Boolean result.

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Answer 3

Question

Chapter 16, Problem 12PP

Program Plan Intro

A method “contains()”

Program plan:

In a file “LispList.java”, create a class “LispList”,

Create an object for “EmptyList”.

Declare the method “isEmpty()”.

Declare the method “head()”.

Declare the method “tail()”.

Declare the method “cons()”.

Declare the method “contains()”.

In a file “EmptyList.java”, create a class “EmptyList”,

Define the default constructor.

Define the “cons()” method to return the object of “NonEmptyList”.

Define the method “isEmpty()” to returns true.

Define the method “contains()” that returns false.

Define the method “head()” that returns an exception “UnsupportedOperationException”.

Define the method “tail()” that returns an exception “UnsupportedOperationException”.

Define the method “toString()” that returns empty string.

In a file “NonEmptyList.java”, create a class “NonEmptyList”,

Declare the object for “Object” and “LispList”.

Define the constructor that assigns the object properties.

Define the “cons()” method to return the object of “NonEmptyList”.

Define the method “contains()”,

Return the resultant Boolean value.

Define the method “isEmpty()” that returns false.

Define the method “head()” that returns the object properties of “Object”.

Define the method “tail()” that returns the object properties of “LispList”.

Define the method “toString()” that returns the string representation.

In a file “LispListTest.java”, create a class “LispListTest”,

Define the method “main()”,

Create an object for “EmptyList” to create list “1”..

Create an object for “NonEmptyList” to create list “2’.

Assign the value returned from the method “cons()” to the list “3”.

Print the value returned from the method “contains()” by calling with list “1”.

Print the expected Boolean result.

Print the value returned from the method “contains()” by calling with list “2”.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “2” with different argument.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “2” with different argument.

Print the expected Boolean result.

Print the value returned from the method “contains()” by calling with list “3”.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “A”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “D”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “C”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “K”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “K”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “9”

Print the expected Boolean result.

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Answer 4

Question

Chapter 16, Problem 12PP

Program Plan Intro

A method “contains()”

Program plan:

In a file “LispList.java”, create a class “LispList”,

Create an object for “EmptyList”.

Declare the method “isEmpty()”.

Declare the method “head()”.

Declare the method “tail()”.

Declare the method “cons()”.

Declare the method “contains()”.

In a file “EmptyList.java”, create a class “EmptyList”,

Define the default constructor.

Define the “cons()” method to return the object of “NonEmptyList”.

Define the method “isEmpty()” to returns true.

Define the method “contains()” that returns false.

Define the method “head()” that returns an exception “UnsupportedOperationException”.

Define the method “tail()” that returns an exception “UnsupportedOperationException”.

Define the method “toString()” that returns empty string.

In a file “NonEmptyList.java”, create a class “NonEmptyList”,

Declare the object for “Object” and “LispList”.

Define the constructor that assigns the object properties.

Define the “cons()” method to return the object of “NonEmptyList”.

Define the method “contains()”,

Return the resultant Boolean value.

Define the method “isEmpty()” that returns false.

Define the method “head()” that returns the object properties of “Object”.

Define the method “tail()” that returns the object properties of “LispList”.

Define the method “toString()” that returns the string representation.

In a file “LispListTest.java”, create a class “LispListTest”,

Define the method “main()”,

Create an object for “EmptyList” to create list “1”..

Create an object for “NonEmptyList” to create list “2’.

Assign the value returned from the method “cons()” to the list “3”.

Print the value returned from the method “contains()” by calling with list “1”.

Print the expected Boolean result.

Print the value returned from the method “contains()” by calling with list “2”.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “2” with different argument.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “2” with different argument.

Print the expected Boolean result.

Print the value returned from the method “contains()” by calling with list “3”.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “A”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “D”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “C”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “K”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “K”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “9”

Print the expected Boolean result.

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Answer 5

Chapter 16, Problem 12PP

Program Plan Intro

A method “contains()”

Program plan:

In a file “LispList.java”, create a class “LispList”,

Create an object for “EmptyList”.

Declare the method “isEmpty()”.

Declare the method “head()”.

Declare the method “tail()”.

Declare the method “cons()”.

Declare the method “contains()”.

In a file “EmptyList.java”, create a class “EmptyList”,

Define the default constructor.

Define the “cons()” method to return the object of “NonEmptyList”.

Define the method “isEmpty()” to returns true.

Define the method “contains()” that returns false.

Define the method “head()” that returns an exception “UnsupportedOperationException”.

Define the method “tail()” that returns an exception “UnsupportedOperationException”.

Define the method “toString()” that returns empty string.

In a file “NonEmptyList.java”, create a class “NonEmptyList”,

Declare the object for “Object” and “LispList”.

Define the constructor that assigns the object properties.

Define the “cons()” method to return the object of “NonEmptyList”.

Define the method “contains()”,

Return the resultant Boolean value.

Define the method “isEmpty()” that returns false.

Define the method “head()” that returns the object properties of “Object”.

Define the method “tail()” that returns the object properties of “LispList”.

Define the method “toString()” that returns the string representation.

In a file “LispListTest.java”, create a class “LispListTest”,

Define the method “main()”,

Create an object for “EmptyList” to create list “1”..

Create an object for “NonEmptyList” to create list “2’.

Assign the value returned from the method “cons()” to the list “3”.

Print the value returned from the method “contains()” by calling with list “1”.

Print the expected Boolean result.

Print the value returned from the method “contains()” by calling with list “2”.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “2” with different argument.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “2” with different argument.

Print the expected Boolean result.

Print the value returned from the method “contains()” by calling with list “3”.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “A”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “D”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “C”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “K”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “K”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “9”

Print the expected Boolean result.

Answer 6

Chapter 16, Problem 12PP

Program Plan Intro

A method “contains()”

Program plan:

In a file “LispList.java”, create a class “LispList”,

Create an object for “EmptyList”.

Declare the method “isEmpty()”.

Declare the method “head()”.

Declare the method “tail()”.

Declare the method “cons()”.

Declare the method “contains()”.

In a file “EmptyList.java”, create a class “EmptyList”,

Define the default constructor.

Define the “cons()” method to return the object of “NonEmptyList”.

Define the method “isEmpty()” to returns true.

Define the method “contains()” that returns false.

Define the method “head()” that returns an exception “UnsupportedOperationException”.

Define the method “tail()” that returns an exception “UnsupportedOperationException”.

Define the method “toString()” that returns empty string.

In a file “NonEmptyList.java”, create a class “NonEmptyList”,

Declare the object for “Object” and “LispList”.

Define the constructor that assigns the object properties.

Define the “cons()” method to return the object of “NonEmptyList”.

Define the method “contains()”,

Return the resultant Boolean value.

Define the method “isEmpty()” that returns false.

Define the method “head()” that returns the object properties of “Object”.

Define the method “tail()” that returns the object properties of “LispList”.

Define the method “toString()” that returns the string representation.

In a file “LispListTest.java”, create a class “LispListTest”,

Define the method “main()”,

Create an object for “EmptyList” to create list “1”..

Create an object for “NonEmptyList” to create list “2’.

Assign the value returned from the method “cons()” to the list “3”.

Print the value returned from the method “contains()” by calling with list “1”.

Print the expected Boolean result.

Print the value returned from the method “contains()” by calling with list “2”.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “2” with different argument.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “2” with different argument.

Print the expected Boolean result.

Print the value returned from the method “contains()” by calling with list “3”.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “A”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “D”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “C”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “K”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “K”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “9”

Print the expected Boolean result.

Answer 7

Chapter 16, Problem 12PP

Program Plan Intro

A method “contains()”

Program plan:

In a file “LispList.java”, create a class “LispList”,

Create an object for “EmptyList”.

Declare the method “isEmpty()”.

Declare the method “head()”.

Declare the method “tail()”.

Declare the method “cons()”.

Declare the method “contains()”.

In a file “EmptyList.java”, create a class “EmptyList”,

Define the default constructor.

Define the “cons()” method to return the object of “NonEmptyList”.

Define the method “isEmpty()” to returns true.

Define the method “contains()” that returns false.

Define the method “head()” that returns an exception “UnsupportedOperationException”.

Define the method “tail()” that returns an exception “UnsupportedOperationException”.

Define the method “toString()” that returns empty string.

In a file “NonEmptyList.java”, create a class “NonEmptyList”,

Declare the object for “Object” and “LispList”.

Define the constructor that assigns the object properties.

Define the “cons()” method to return the object of “NonEmptyList”.

Define the method “contains()”,

Return the resultant Boolean value.

Define the method “isEmpty()” that returns false.

Define the method “head()” that returns the object properties of “Object”.

Define the method “tail()” that returns the object properties of “LispList”.

Define the method “toString()” that returns the string representation.

In a file “LispListTest.java”, create a class “LispListTest”,

Define the method “main()”,

Create an object for “EmptyList” to create list “1”..

Create an object for “NonEmptyList” to create list “2’.

Assign the value returned from the method “cons()” to the list “3”.

Print the value returned from the method “contains()” by calling with list “1”.

Print the expected Boolean result.

Print the value returned from the method “contains()” by calling with list “2”.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “2” with different argument.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “2” with different argument.

Print the expected Boolean result.

Print the value returned from the method “contains()” by calling with list “3”.

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “A”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “D”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “C”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “K”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “K”

Print the expected Boolean result.

Print the value returned from the method “contains()” when calling by list “3” with an argument “9”

Print the expected Boolean result.

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 16.1 - Prob. 1SC Ch. 16.1 - Prob. 2SC Ch. 16.1 - Prob. 3SC Ch. 16.1 - Prob. 4SC Ch. 16.1 - Prob. 5SC Ch. 16.1 - Prob. 6SC Ch. 16.1 - Prob. 7SC Ch. 16.2 - Prob. 8SC Ch. 16.2 - Prob. 9SC Ch. 16.2 - Prob. 10SC

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Chapter 16 Solutions