• Isogram: referred to a word, phrase, or sentence in which no letter of the alphabet occurs more than once. For example; the words “ambidextrously", “endolymphatic", and “unpredictably". • Pangram: A phrase or sentence containing all 26 letters of the alphabet (ideally repeating as few letters as possible). For example; the sentence: “Brown jars prevented the mixture from freezing too quickly". • Palindrome: a word, number, phrase, or other sequence of characters which reads the same backward as forward, such as “madam", “racecar", or “Was it a car or a cat I saw". Problem: Write a Java program that asks the user for a word, phrase, or sentence and checks whether his input data is an isogram, a pangram, a palindrome, or none of these. Notice a phrase can be a combination of isogram and pangram; such a phrase is called perfect pangram; for example: “Mr. Jock, TV quiz PhD., bags few lynx". Your program should also recognize if the given word/phrase is a palindrome that is pangram too (i.e.; a palindromic pangram). Your program should allow the user to have as many attempt as they wish. The user must have at least one try. Check the following Figures for sample runs.

What is the difference, precisely, between the connotative and the denotative meanings of the word?

Define the essence of euphemism and discuss some of the examples of it in academic writing

Does each programming paradigm have a distinct advantage or disadvantage over another? In light of this, why are there so many diverse paradigms in the world? Is it absolutely necessary that they exist? Using your own words to express your views is the finest method to get your point across.

research into computer systems Is there any connection between the problem of the dining philosophers and computer operating systems?

Formal Methods are based on logic reasoning. Conceptually the two most common logics are propositional logic and Predicate Logic.  An undergraduate student who took a course of discrete mathematics is inquiring as to how propositional and predicate logics can be used in software testing. You are asked to guide this student in this quest.  One pointer may consist in presenting the characteristics and limitations of both logic as well as their use as a mean for software testing. Which Logic is most adequate for formal verification of software and how this should be implemented?

Are there any parallels you can find between computer science and other fields? Do you know how they conduct themselves?

Throughout your CS course, you were challenged to draw parallels between the items you've seen in object-oriented systems and those in real life. How did you feel about that?

As part of an assignment, you were required to draw parallels between the concepts you learned in your computer science class and the things you see in the real world. How did it make you feel?

In your computer science class, you were instructed to draw a connection between items seen in object-oriented systems and those encountered in ordinary life. What were your thoughts?