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9.40 Implement a conversion operator that converts a point object (see Problem 8.17) into a Vet tor object (see Problem 9.14). 9.41 Implement a conversion operator that converts a Vet tor object (see Problem 9.14) into a point object (see Problem 8.17). 9.42 Implement an overloaded assignment operator = for the person class (see Problem 8.21). 9.43 Implement overloaded stream insertion operator < < the person class (see Problem 8.21).

0,4,0

8.21).

class (see Problem 8.23).

9.46 Implement overloaded stream insertion operator < < and stream extraction operator X= for the Matrix class (see Problem 8.23). 9.47 Implement overloaded comparison operators = = and ! = for the Matrix class (see Problem

8.23).

3,8,3

(see Problem 8.23).

tor object (see Problem 9.14).

Matrix object (see Problem 8.23).

1 9.51 Implement an overloaded assignment operator = for the Date class (see Problem 8.38).

5,8,5

the Date class (see Problem 8.38).

The only option for HTML authors was the entity  , but this required ve characters to conserve one, not a very economical tradeo In XML, there is now an easy way to maintain this otherwise lost white space This special attribute may be attached to an element to signal the intention that for that element white space should be preserved by applications In valid documents, xml:space, like any other attribute, must be declared if it is used When declared, it must be given as an enumerated type whose only possible values are default and preserve To maintain white space within a document, use the xml:space attribute in conjunction with XSL or CSS and as an attribute declaration: <!ATTLIST element xml:space (default|preserve) choice > This is declared as part of an element declaration in standard fashion.

9.53 Implement overloaded pre-increment operator ++ and pre-decrement operator -- for the Date class (see Problem 8.38), where increment means to add one day. / 9.54 Implement an overloaded operator + = for the Date class (see Problem 8.38) that adds one date to another. 9.55 Implement overloaded stream insertion operator << and stream extraction operator >> for the Address class (see Problem 8.45). Include user prompts for the input.

and stream extraction operator >> for the Computer class (see Problem 8.48). Include user prompts for the input.

9.57 Implement an overloaded assignment operator = for the Complex class (see Problem 8.53). 9.58 Implement overloaded stream insertion operator << and stream extraction operator >> for the Complex class (see Problem 8.53).

0,5,6

ex class (see Prob-

lem 8.53).

Implement overloaded addition operator + and subtraction operator - for the Complex class (see Problem 8.54). and division operator / for the Complex

9.61 Implement overloaded multiplication operator *

3,4,8

class (see Problem 8.54).

9.62 Overload the NOT operator !

to return the norm for the Complex class (see Problem 8.53). The norm of a complex number is the square root of the sum of the squares of its real and imaginary parts. So if z represents the complex number 3 - 4i, then ! z would return 5. Note that this is a unary operator. to return the conjugate for the CornpI ex class (see Problem 8.53). The conjugate of a complex number is the same complex number except with the sign of its imaginary part reversed. So if z represents the complex number 3 - 4i, then -Z would return the Complex object that represents 3 + 4i. Note that this is a unary operator.

9.63 Overload the bitwise NOT operator -

3,4,5

object (see Problem 8.59).

9.65 Implement a conversion operator that converts a Complex object (see Problem 8.53) into a Point object (see Problem 8.17). 9.66 Implement the overloaded division operator / for the Complex

class (see Problem 8.54) using the norm operator ! (see Problem 9.62) and the conjugate operator - (see Problem 9.62). The quotient of two complex numbers is computed by the formula

8.59).

valid combinations of T and F will be used. If there are three conditions, there may be 23 8 subdomains (columns). Additional rows will be used for values of a, b, and c and for the expected output for each subdomain.

9.68 Implement overloaded stream insertion operator < < the Quaternion class (see Problem 8.59).

Problem 8.59).

class (see Problem 8.59).