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Meaning Attempts to convert the numeric string in s into a binary value If successful, the value is stored in result and true is returned If no conversion takes place, false is returned This differs from Parse( ), which throws an exception on failure Attempts to convert the numeric string in s into a binary value using the style information provided by style and the culture-specific format information provided by provider If successful, the value is stored in result and true is returned If no conversion takes place, false is returned This differs from Parse( ), which throws an exception on failure

The point X is 1 unit to the right of the y-axis and 3 units below the x-axis Therefore its coordinates are ( 1, 3) The point Y is 2 units to the left of the y-axis and 1 unit above the x-axis Therefore its coordinates are ( 2, 1) The point Z is 5 units to the right of the y-axis and 4 units above the x-axis Therefore its coordinates are ( 5, 4) The point W is 6 units to the left of the y-axis and 5 units below the xaxis Therefore, its coordinates are ( 6, 5)

public static bool TryParse(string s, NumberStyles style, IFormatProvider provider, out int result)

TABLE 21-2

Methods Supported by the Int32 Structure (continued)

62/3

There are two floating-point structures: Double and Single Single represents float Its methods are shown in Table 21-3, and its fields are shown in Table 21-4 Double represents double Its methods are shown in Table 21-5, and its fields are shown in Table 21-6 As is the case with the integer structures, you can specify culture-specific information and format information in a call to Parse( ) or ToString( ) The floating-point structures implement the following interfaces: IComparable, IComparable<T>, IConvertible, IFormattable, and IEquatable<T>, where T is replaced by either double for Double or float for Single

Method public int CompareTo(object value) Meaning Compares the numerical value of the invoking object with that of value Returns zero if the values are equal Returns a negative value if the invoking object has a lower value Returns a positive value if the invoking object has a greater value Compares the numerical value of the invoking object with that of value Returns zero if the values are equal Returns a negative value if the invoking object has a lower value Returns a positive value if the invoking object has a greater value Returns true if the value of the invoking object equals the value of obj Returns true if the value of the invoking object equals the value of obj Returns the hash code for the invoking object Returns the TypeCode enumeration value for Single, which is TypeCodeSingle Returns true if f represents infinity (either positive or negative) Otherwise, returns false Returns true if f is not a number Otherwise, returns false

public int CompareTo(float value)

public override bool Equals(object obj) public bool Equals(float obj) public override int GetHashCode( ) public TypeCode GetTypeCode( ) public static bool IsInfinity(float f) public static bool IsNaN(float f)

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4( 8 x) 1/3 dx = 65/3

Part II:

Method public static bool IsPositiveInfinity(float f) public static bool IsNegativeInfinity(float f) public static float Parse(string s) public static float Parse(string s, IFormatProvider provider) public static float Parse(string s, NumberStyles style) public static float Parse(string s, NumberStyles style, IFormatProvider provider) public override string ToString( ) public string ToString(string format) public string ToString(IFormatProvider provider) public string ToString(string format, IFormatProvider provider) public static bool TryParse(string s, out float result)

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We see that, even though the integrand function is evidently unbounded (thus we seem to be calculating the area of an unbounded region), the actual value of the area is finite