Answer:
Agile follows a non-linear process, unlike conventional project management, which focuses more on teamwork, cooperation, and versatility, as opposed to a strict sequence of activities.Agile project management takes an iterative approach to project management, which time-boxes tasks into fast sprints.
Explanation:
COMPLETE QUESTION
I. public class Test {
public static void main(String[] args){
System.out.println("Welcome to Java!");
}
}
II. public class Test { public static void main(String[] args) {System.out.println("Welcome to Java!");}}
Answer:
Both codes will compile and run and display Welcome to Java, but the code in II has a better style than I
Explanation:
When written codes, paying attention to proper coding styles and efficient memory management enables us to create programs that are highly efficient, coding styles refer to proper indentions and avoiding too lenghty lines of code (as is in code I), adding approprite comments etc.
Nested
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NOT appropriate to use for affirmations in Full Verbatim are :
d) Mm
e) Ammm
f) Aha
Explanation:
- In verbatim transcription, interviews are transcribed word for word, and sound for sound. Every um, uh, laugh, and sound must be recorded for posterity.
These are the preferred spellings of typical utterances:
-
Affirmative: uh-huh, mm-hmm, yeah.
- Don't use: um-hum, um-hmm, uh-hum
- Full verbatim refers to a transcript that includes absolutely everything that is said, exactly how the speakers say it. This means we include all ums, uhs, grammatical and vocabulary mistakes, false starts and repetitions - everything.
- Verbatim is defined as an exact repetition without changing the words. An example of verbatim is when you quote someone exactly without changing anything.
Answer:
int k;
double d;
char s[10];
cin >> k >> d >> s;
cout << s << " " << d << " " << k << "\n" << k << " " << d << " " << s;
Explanation
First Step (declare K, d, s) so they can store a integer
int k;
double d;
char s[10];
Second Step (read in an integer, a real number and a small word)
cin >> k >> d >> s;
Third Step ( print them out )
cout << s << " " << d << " " << k << "\n" << k << " " << d << " " << s;
