To list various type of exceptional conditions that have occurred throughout this text and how the program would handle the exceptions.

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Answer 1

Question

Chapter 22, Problem

Program Plan Intro

To list various type of exceptional conditions that have occurred throughout this text and how the program would handle the exceptions.

Expert Solution & Answer

Explanation of Solution

S. No.	Exception	Exception Handling
1.	Division by Zero	This exception is handled by defining a catch handler. Using a try block, the denominator can be verified. If it is zero, the program throws an exception. The catch block catches the exception and informs the user.
2.	Out-of-range array subscripts	A catch- handler can handle this exception. The code can be placed in a try block. If an error occurs, the exception can be caught by the catch block.
3.	Arithmetic flow	The code is place in the try block. If any value exceeds the maximum value permitted, the exception can be thrown. The catch block will catch this exception and print this.
4.	Arithmetic underflow	Similarly, if any value is lesser than the permitted minimum value, the exception can be thrown by the try block and can be caught by catch block.
5.	Invalid function parameters	This exception indicates the invalid argument(s) to any function from which it is thrown. This too is handled by using catch block.
6.	Unsuccessful memory location	This exception is generated when the ‘new’ operator fails to allocate a memory. To handle this exception, place the code in a try block and catch the exception when error is recorded and validated.

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Answer 2

Question

Chapter 22, Problem

Program Plan Intro

To list various type of exceptional conditions that have occurred throughout this text and how the program would handle the exceptions.

Expert Solution & Answer

Explanation of Solution

S. No.	Exception	Exception Handling
1.	Division by Zero	This exception is handled by defining a catch handler. Using a try block, the denominator can be verified. If it is zero, the program throws an exception. The catch block catches the exception and informs the user.
2.	Out-of-range array subscripts	A catch- handler can handle this exception. The code can be placed in a try block. If an error occurs, the exception can be caught by the catch block.
3.	Arithmetic flow	The code is place in the try block. If any value exceeds the maximum value permitted, the exception can be thrown. The catch block will catch this exception and print this.
4.	Arithmetic underflow	Similarly, if any value is lesser than the permitted minimum value, the exception can be thrown by the try block and can be caught by catch block.
5.	Invalid function parameters	This exception indicates the invalid argument(s) to any function from which it is thrown. This too is handled by using catch block.
6.	Unsuccessful memory location	This exception is generated when the ‘new’ operator fails to allocate a memory. To handle this exception, place the code in a try block and catch the exception when error is recorded and validated.

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Answer 3

Question

Chapter 22, Problem

Program Plan Intro

To list various type of exceptional conditions that have occurred throughout this text and how the program would handle the exceptions.

Expert Solution & Answer

Explanation of Solution

S. No.	Exception	Exception Handling
1.	Division by Zero	This exception is handled by defining a catch handler. Using a try block, the denominator can be verified. If it is zero, the program throws an exception. The catch block catches the exception and informs the user.
2.	Out-of-range array subscripts	A catch- handler can handle this exception. The code can be placed in a try block. If an error occurs, the exception can be caught by the catch block.
3.	Arithmetic flow	The code is place in the try block. If any value exceeds the maximum value permitted, the exception can be thrown. The catch block will catch this exception and print this.
4.	Arithmetic underflow	Similarly, if any value is lesser than the permitted minimum value, the exception can be thrown by the try block and can be caught by catch block.
5.	Invalid function parameters	This exception indicates the invalid argument(s) to any function from which it is thrown. This too is handled by using catch block.
6.	Unsuccessful memory location	This exception is generated when the ‘new’ operator fails to allocate a memory. To handle this exception, place the code in a try block and catch the exception when error is recorded and validated.

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Answer 4

Question

Chapter 22, Problem

Program Plan Intro

To list various type of exceptional conditions that have occurred throughout this text and how the program would handle the exceptions.

Expert Solution & Answer

Explanation of Solution

S. No.	Exception	Exception Handling
1.	Division by Zero	This exception is handled by defining a catch handler. Using a try block, the denominator can be verified. If it is zero, the program throws an exception. The catch block catches the exception and informs the user.
2.	Out-of-range array subscripts	A catch- handler can handle this exception. The code can be placed in a try block. If an error occurs, the exception can be caught by the catch block.
3.	Arithmetic flow	The code is place in the try block. If any value exceeds the maximum value permitted, the exception can be thrown. The catch block will catch this exception and print this.
4.	Arithmetic underflow	Similarly, if any value is lesser than the permitted minimum value, the exception can be thrown by the try block and can be caught by catch block.
5.	Invalid function parameters	This exception indicates the invalid argument(s) to any function from which it is thrown. This too is handled by using catch block.
6.	Unsuccessful memory location	This exception is generated when the ‘new’ operator fails to allocate a memory. To handle this exception, place the code in a try block and catch the exception when error is recorded and validated.

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Answer 5

Chapter 22, Problem

Program Plan Intro

To list various type of exceptional conditions that have occurred throughout this text and how the program would handle the exceptions.

Expert Solution & Answer

Explanation of Solution

S. No.	Exception	Exception Handling
1.	Division by Zero	This exception is handled by defining a catch handler. Using a try block, the denominator can be verified. If it is zero, the program throws an exception. The catch block catches the exception and informs the user.
2.	Out-of-range array subscripts	A catch- handler can handle this exception. The code can be placed in a try block. If an error occurs, the exception can be caught by the catch block.
3.	Arithmetic flow	The code is place in the try block. If any value exceeds the maximum value permitted, the exception can be thrown. The catch block will catch this exception and print this.
4.	Arithmetic underflow	Similarly, if any value is lesser than the permitted minimum value, the exception can be thrown by the try block and can be caught by catch block.
5.	Invalid function parameters	This exception indicates the invalid argument(s) to any function from which it is thrown. This too is handled by using catch block.
6.	Unsuccessful memory location	This exception is generated when the ‘new’ operator fails to allocate a memory. To handle this exception, place the code in a try block and catch the exception when error is recorded and validated.

Answer 6

Chapter 22, Problem

Program Plan Intro

To list various type of exceptional conditions that have occurred throughout this text and how the program would handle the exceptions.

Expert Solution & Answer

Explanation of Solution

S. No.	Exception	Exception Handling
1.	Division by Zero	This exception is handled by defining a catch handler. Using a try block, the denominator can be verified. If it is zero, the program throws an exception. The catch block catches the exception and informs the user.
2.	Out-of-range array subscripts	A catch- handler can handle this exception. The code can be placed in a try block. If an error occurs, the exception can be caught by the catch block.
3.	Arithmetic flow	The code is place in the try block. If any value exceeds the maximum value permitted, the exception can be thrown. The catch block will catch this exception and print this.
4.	Arithmetic underflow	Similarly, if any value is lesser than the permitted minimum value, the exception can be thrown by the try block and can be caught by catch block.
5.	Invalid function parameters	This exception indicates the invalid argument(s) to any function from which it is thrown. This too is handled by using catch block.
6.	Unsuccessful memory location	This exception is generated when the ‘new’ operator fails to allocate a memory. To handle this exception, place the code in a try block and catch the exception when error is recorded and validated.

Answer 7

Chapter 22, Problem

Program Plan Intro

To list various type of exceptional conditions that have occurred throughout this text and how the program would handle the exceptions.

Answer 8

Expert Solution & Answer

Explanation of Solution

S. No.	Exception	Exception Handling
1.	Division by Zero	This exception is handled by defining a catch handler. Using a try block, the denominator can be verified. If it is zero, the program throws an exception. The catch block catches the exception and informs the user.
2.	Out-of-range array subscripts	A catch- handler can handle this exception. The code can be placed in a try block. If an error occurs, the exception can be caught by the catch block.
3.	Arithmetic flow	The code is place in the try block. If any value exceeds the maximum value permitted, the exception can be thrown. The catch block will catch this exception and print this.
4.	Arithmetic underflow	Similarly, if any value is lesser than the permitted minimum value, the exception can be thrown by the try block and can be caught by catch block.
5.	Invalid function parameters	This exception indicates the invalid argument(s) to any function from which it is thrown. This too is handled by using catch block.
6.	Unsuccessful memory location	This exception is generated when the ‘new’ operator fails to allocate a memory. To handle this exception, place the code in a try block and catch the exception when error is recorded and validated.