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public static int Compare(decimal d1, decimal d2) public int CompareTo(object value)

public int CompareTo(decimal value)

dx ,

public static decimal Divide(decimal d1, decimal d2) public bool Equals(decimal value) public override bool Equals(object value) public static bool Equals(decimal d1, decimal d2) public static decimal Floor(decimal d)

public static decimal FromOACurrency(long cy) public static int[ ] GetBits(decimal d) public override int GetHashCode( ) public TypeCode GetTypeCode( ) public static decimal Multiply(decimal d1, decimal d2) public static decimal Negate(decimal d) public static decimal Parse(string s)

TABLE 21-7

21:

provided that this limit exists Since 1/( x ln2 x) is continuous on the interval [ , 1/2] for > 0, this last integral can be evaluated directly and will have a finite real value For clarity, write ( x) = ln x, ( x) = 1/x Then the (indefinite) integral

Method public static decimal Parse(string s, IFormatProvider provider) public static decimal Parse(string s, NumberStyles style) public static decimal Parse(string s, NumberStyles style, IFormatProvider provider) public static decimal Remainder(decimal d1, decimal d2) public static decimal Round(decimal d) public static decimal Round(decimal d, int decimals) public static decimal Round(decimal d, MidPointRounding mode) public static decimal Round(decimal d, int decimals, MidPointRounding mode)

.

Which word or words would you identify as boring What synonyms can you list Revise the E-mail to add some excitement Amanda said, I decided to see if I could replace three words and phrases: ll out, do, and read I went to the word- nder tool on my computer and came up with what I think were terri c replacements for them It s amazing to me how simply changing a couple of words results in such improvement And it was easy to do! Here s Amanda s revised E-mail:

Meaning Returns the binary equivalent of the numeric string in s using the culture-specific information provided by provider If the string does not represent a decimal value, an exception is thrown Returns the binary equivalent of the numeric string in s, using the style information provided by style If the string does not represent a decimal value, an exception is thrown Returns the binary equivalent of the numeric string in s using the style information provided by style and the culture-specific format information provided by provider If the string does not represent a decimal value, an exception is thrown Returns the remainder of the integer division d1 / d2 Returns the value of d rounded to the nearest whole number Returns the value of d rounded to the number of decimal places specified by decimals, which must be between 0 and 28 Returns the value of d rounded to the nearest whole number using the rounding mode specified by mode The rounding mode applies only to those conditions in which d is at the midpoint between two whole numbers Returns the value of d rounded to the number of decimal places specified by decimals (which must be between 0 and 28), using the rounding mode specified by mode The rounding mode applies only to those conditions in which d is at the midpoint between two rounded values Returns d1 d2 Returns the byte equivalent of value Any fractional component is truncated An OverflowException occurs if value is not within the range of a byte Returns the double equivalent of d A loss of precision may occur because double has fewer significant digits than does decimal Returns the short equivalent of value Any fractional component is truncated An OverflowException occurs if value is not within the range of a short Returns the int equivalent of d Any fractional component is truncated An OverflowException occurs if d is not within the range of an int Returns the long equivalent of d Any fractional component is truncated An OverflowException occurs if d is not within the range of a long.

1 ln( 1/2)

public static decimal Subtract(decimal d1, decimal d2) public static byte ToByte(decimal value)

public static double ToDouble(decimal d) public static short ToInt16(decimal value)

public static int ToInt32(decimal d)

public static long ToInt64(decimal d)

Now as 0+ we have ln hence 1/ ln 0 We conclude that the improper integral converges to 1/ ln 2

TABLE 21-7

Methods De ned by Decimal (continued)

Part II:

0 2