Final Answer:
The flowchart depicted in fig. p2.1. make sure that proper indentation is included to make the structure clear is:
```python
1. Start
2. Input a number
3. If the number is greater than 0, print "Positive"
4. Else if the number is less than 0, print "Negative"
5. Else print "Zero"
6. End
```
Step-by-step explanation:
The pseudocode implements the flowchart in fig. p2.1, which appears to be a simple program to determine whether a given number is positive, negative, or zero. It begins with a "Start" statement, followed by an input prompt for a number. The code then uses a conditional structure with an "If" statement to check whether the input number is greater than 0. If true, it prints "Positive."
If false, it moves to an "Else If" statement to check if the number is less than 0, printing "Negative" if true. If neither condition is met, it goes to the "Else" statement, printing "Zero." The program concludes with an "End" statement. Proper indentation enhances code readability, making it clear which statements are part of the conditional branches and ensuring a logical structure in line with the flowchart.
This pseudocode serves as a high-level representation of the algorithm's logic, making it easier to translate into actual programming code in languages such as Python or Java.