For, sorting names in an Alphabetical order there are multiple ways to sort the array, like using inbuilt Arrays….

Using the toCharArray() method

1. Get the required string.
2. Convert the given string to a character array using the toCharArray() method.
3. Sort the obtained array using the sort() method of the Arrays class.
4. Convert the sorted array to String by passing it to the constructor of the String array.

A simple approach:

1. Store the string to a character array and sort the array.
2. If the characters in the sorted array are in the same order as the string then print ‘In alphabetical order ‘.
3. Print ‘Not in alphabetical order’ otherwise.

1. Constructing list of names. Declare a vector of strings & take each string &insert to the vector. vector<string>names; for i=0:n-1 input each name; insert name into the vector End for loop.
2. Sorting in alphabetical order. We can sort the vector using our own comparator function to sort the strings in alphabetical order.

1. Using CompareTo() method compare one string with the rest of the strings.
2. To swap the elements based on the comparison between the two string.
3. Print the Sorted Names in an Alphabetical Order.

To sort the ArrayList, you need to simply call the Collections. sort() method passing the ArrayList object populated with country names. This method will sort the elements (country names) of the ArrayList using natural ordering (alphabetically in ascending order).

Sort a String in Java (2 different ways)

1. Apply toCharArray() method on input string to create a char array for input string.
2. Use Arrays. sort(char c[]) method to sort char array.
3. Use String class constructor to create a sorted string from char array.

5 Answers. You can sort the string using std::string class.

Python sorted() Function You can specify ascending or descending order. Strings are sorted alphabetically, and numbers are sorted numerically. Note: You cannot sort a list that contains BOTH string values AND numeric values.

in lexicographic order are 123, 132, 213, 231, 312, and 321. Lexicographic order is sometimes called dictionary order.

The first character where the two strings differ determines which string comes first. Characters are compared using the Unicode character set. All uppercase letters come before lower case letters. If two letters are the same case, then alphabetic order is used to compare them.

Approach used in this program is very simple. Split the strings using split() function. After that sort the words in lexicographical order using sort(). Iterate the words through loop and print each word, which are already sorted.

According to the lexicographic decision rule, a decision alternative is better than another alternative if and only if it is better than the other alternative in the most important attribute on which the two alternatives differ.

There are three major categories of consumer decisions – nominal, limited, and extended – all with different levels of purchase involvement, ranging from high involvement to low involvement. The types of consumer decisions exist on a purchase involvement continuum.

The Disjunctive Rule suggests that consumers establish acceptable standards for each criterion and accept an alternative if it exceeds the standard on at least one criterion.[1]

Definition. In evaluating alternatives, the compensatory rule suggests that a consumer will select the alternative with the highest overall evaluation on a set of choice criteria.

A multi-attribute model in which one attribute compensates for another in the overall preference for an object or idea.

In a noncompensatory strategy, a decision determined by some attributes cannot be reversed by other attributes. People usually do not systematically collect all relevant information and often ignore the relative importance of various attributes when they make noncompensatory decisions.

The Compensatory Consumer Behavior Model: How Self-Discrepancies Drive Consumer Behavior. This model delineates five distinct strategies by which consumers cope with self-discrepancies: direct resolution, symbolic self-completion, dissociation, escapism, and fluid compensation.

The conjunctive rule suggests that consumers establish a minimum acceptable level for each choice criterion and accept an alternative only if it equals or exceeds the minimum cutoff level for every criterion.[1]

A compensatory decision-making strategy weighs the positive and negative attributes of the considered alternatives and allows for positive attributes to compensate for the negative ones.