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5 We are (eager/anxious) to receive our tax refund 6 He ran (farther/further) than anyone else in the company race 7 When you nish reading the newsletter, please (lay/lie) it on my desk How did you do Were you able to correctly identify the proper word choices 1 The fax machine continually runs out of paper Sometimes the fax machine has plenty of paper 2 Bring fewer muf ns for next week s staff meeting The word muf ns is plural, so fewer is the appropriate choice 3 How will the decision to streamline operations affect the workforce As a verb, affect signals action and is the proper word 4 Just among the three of us, what do you think about the proposal Between would be used if there were only two people 5 We are eager to receive our tax refund Depending on the circumstances, you might feel anxious about receiving a tax refund For example, if you have many bills and are planning to use your refund to pay off some debts, while waiting for it to arrive you may feel anxious However, one would expect you to feel more excitement than anxiety about receiving money, so eager is probably the better word choice It s important to note, however, that the choice should be made based on the writer s intent, not speculation 6 He ran farther than anyone else in the company race Farther relates to physical distance 7 When you nish reading the newsletter, please lay it on my desk The word lay is followed by the object it, referring to the newsletter

This displays t , the first character of test Like arrays, string indexes begin at zero One important point, however, is that you cannot assign a new value to a character within a string using an index An index can only be used to obtain a character You can use the = = operator to test two strings for equality Normally, when the = = operator is applied to object references, it determines if both references refer to the same object This differs for objects of type string When the = = is applied to two string references, the contents of the strings themselves are compared for equality The same is true for the != operator: when comparing string objects, the contents of the strings are compared In both cases, an ordinal comparison is performed To test two strings for equality using cultural information, use Equals( ) and specify the comparison approach, such as StringComparisonCurrentCulture One other point: the Compare( ) method is intended to compare strings to determine an ordering relationship, such as for sorting To test for equality, use Equals( ) or the string operators Here is a program that demonstrates several string operations:

// Some string operations using System; using SystemGlobalization; class StrOps { static void Main() { string str1 = "When it comes to NET programming, C# is #1"; string str2 = "When it comes to NET programming, C# is #1"; string str3 = "C# strings are powerful"; string strUp, strLow; int result, idx; ConsoleWriteLine("str1: " + str1); ConsoleWriteLine("Length of str1: " + str1Length); // Create upper- and lowercase versions of str1 strLow = str1ToLower(CultureInfoCurrentCulture); strUp = str1ToUpper(CultureInfoCurrentCulture); ConsoleWriteLine("Lowercase version of str1:\n " + strLow); ConsoleWriteLine("Uppercase version of str1:\n " + strUp); ConsoleWriteLine(); // Display str1, one char at a time ConsoleWriteLine("Display str1, one char at a time"); for(int i=0; i < str1Length; i++) ConsoleWrite(str1[i]); ConsoleWriteLine("\n");

In other words radian measure of = and degree measure of = 180 (radian measure of ) (degree measure of ) 180

Part I:

// Compare strings using == and != These comparisons are ordinal if(str1 == str2) ConsoleWriteLine("str1 == str2"); else ConsoleWriteLine("str1 != str2"); if(str1 == str3) ConsoleWriteLine("str1 == str3"); else ConsoleWriteLine("str1 != str3"); // This comparison is culture-sensitive result = stringCompare(str1, str3, StringComparisonCurrentCulture); if(result == 0) ConsoleWriteLine("str1 and str3 are equal"); else if(result < 0) ConsoleWriteLine("str1 is less than str3"); else ConsoleWriteLine("str1 is greater than str3"); ConsoleWriteLine(); // Assign a new string to str2 str2 = "One Two Three One"; // Search a string idx = str2IndexOf("One", StringComparisonOrdinal); ConsoleWriteLine("Index of first occurrence of One: " + idx); idx = str2LastIndexOf("One", StringComparisonOrdinal); ConsoleWriteLine("Index of last occurrence of One: " + idx); } }

This program generates the following output: