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MTA: Basics of Python Programming (98-381 & PCAP-31-02)
(98-381)/ISBN:978-1-64459-005-8
Prepare for the MTA 98-381 and PCAP-31-02 certification exams with the Basics of Python Programming for 98-381 and PCAP-31-02 course and lab. The lab provides a hands-on learning experience in a safe, online environment. The Microsoft Python certification course and lab cover the 98-381 and PCAP-31-02 exam objectives and include topics such as Python basics, Data structure, Python modules, errors and exceptions, object-oriented programming, input and output, Python functions, control flow tools in Python, and more.
Here's what you will get
The PCAP Certified Associate in Python Programming certification is an independent, vendor-neutral credential targeted at professionals who are starting a career in the field of Python programming. This certification validates candidates' skills and knowledge of general computer programming concepts such as conditional execution, loops, and Python programming language syntax.
Microsoft MTA certification is an entry-level training program designed to ensure proficiency and technical knowledge in mission-critical IT job roles. The MTA 98-381 exam validates candidates' skills to perform operations using data types and operators, control flow with decisions and loops, perform input and output operations, document and structure code, perform troubleshooting and error handling, and perform operations using modules and tools.
Lessons
13+ Lessons | 100+ Quizzes | 70+ Flashcards | 70+ Glossary of terms
TestPrep
40+ Pre Assessment Questions | 2+ Full Length Tests | 40+ Post Assessment Questions | 80+ Practice Test Questions
Need guidance and support? Click here to check our Instructor Led Course.
Here's what you will learn
Download Course OutlineLessons 1: Introduction
- About Python
- Getting Started with Python
- Running Python
- Basic Syntax
- Lesson Summary
Lessons 2: Python Basics
- Data Types
- Python Operators and Expressions
- Lesson Summary
Lessons 3: The Control Flow Tools in Python
- Decision Making
- Loops
- Lesson Summary
Lessons 4: Data Structures
- Lists
- Tuples
- Sets
- Dictionaries
- Sequences
- Looping Techniques
- Lesson Summary
Lessons 5: Functions in Python
- Functions
- More on Defining Functions
- Intermezzo: Coding Style
- Lesson Summary
Lessons 6: Modules in Python
- Modules
- Detailed Study on Modules
- Standard Modules
- The dir() Function
- Packages
- Lesson Summary
Lessons 7: Input and Output
- Input from User
- Output Formatting
- Reading and Writing Files
- Directories in Python
- Lesson Summary
Lessons 8: Errors and Exceptions
- Syntax Errors
- Exceptions
- Defining Clean-Up Actions
- Lesson Summary
Lessons 9: Object Oriented Programming
- Names and Objects
- Scopes and Namespaces
- Classes
- Data Hiding
- Inheritance
- Private Variables and Methods
- Odds and Ends
- Iterator and Generator
- Lesson Summary
Lessons 10: What's Next in Python
- More on Python
- Applications of Python
- The Complete Python Program
Appendix A: Resources/Works Consulted
- Books
- Online Resources
Appendix B: The Python Standard Library
Appendix C: PCAP and 98-381 Exam Objectives
Hands-on LAB Activities (Performance Labs)
Python Basics
- Exchanging the numbers
- Converting float data type to integer data type
- Using the len() built-in function
- Using arithmetic operators
- Using the exponentiation operator
- Using the bitwise operator
- Truncating the decimals
The Control Flow Tools in Python
- Using the if-elif-else statement - Part 1
- Using the if-elif-else statement - Part 2
- Using the if-else statement
- Checking whether a string is palindrome
- Truncating vowels from a string
- Comparing two variables
- Using the for loop to print a pattern
- Using the break statement
- Using the while statement
- Finding LCM of two numbers
- Sorting words from a string
Data Structures
- Finding elements of a list
- Concatenating tuples
- Modifying a set
- Creating a dictionary
- Finding the cube of a number
Functions in Python
- Creating a function
- Creating a function with its default value
- Using an anonymous function
Modules in Python
- Using the math module
- Using the datetime module
- Obtaining a year from the date
Input and Output
- Using old string formatting
- Printing the pattern
- Using the format() method
- Retrieving all the files from a folder
- Printing the first line from a file
- Writing the text to a file
- Reading a file
- Performing different operations on file
Errors and Exceptions
- Correcting the errors
- Rectifying the errors - Part 1
- Rectifying the errors - Part 2
Exam FAQs
- For PCAP-31-02: There is no official pre-requisite for the exam.
- For 98-381: At least 100 hours of instruction and/or hands-on experience with the Python programming language.
- For PCAP-31-02: USD 295
- For 98-381: USD 127
- For PCAP-31-02: Single-choice and multiple-choice questions
- For 98-381: Single choice, multiple choice, drag-and-drop, active screen, build list, case studies, and short answer.
The exam contains
- For PCAP-31-02: 40
- For 98-381: 40-60
- For PCAP-31-02: 65 minutes (exam) + 10 (Non-Disclosure Agreement/Tutorial)
- For 98-381: 45
- For PCAP-31-02: 70%
- For 98-381: The passing score varies from exam to exam and is provided on the score report.
- For PCAP-31-02: A 15 days waiting period is required to re-sit that exam. There is no limit to the number of retakes of a failed exam. No retakes of a passed exam of the same exam version are allowed.
- Microsoft Technology Associate (MTA) and Microsoft Certified Educator (MCE) exam retake policy:
- If a candidate does not achieve a passing score on an exam the first time, the candidate must wait 24 hours before retaking the exam.
- If a candidate does not achieve a passing score the second time, the candidate must wait seven days before retaking the exam a third time.
- A seven-day waiting period is imposed between each subsequent exam retake.
- A candidate may not take a given exam any more than five times per year (12 months). This 12-month period starts from the first attempt. The candidate is then eligible to retake the exam 12 months from the date of the first attempt.
98-381: For life
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