Basic Python coding questions

Basic Python coding questions with runnable practice lessons.

Use this page like a question bank for Python fundamentals. Each linked prompt is meant to be solved in code, not just read as an answer, so it is useful for warmups, placement prep, and early interview foundations.

Start with Check Even or Odd View full curriculum

Question level

Beginner and fundamentals

Best use

Warmups, review, and early interview prep

Answer style

Write code and pass tests in the browser

Coverage

Values, branches, loops, collections, functions

Editorial trust

Reviewed educational content from PySchool.ai curriculum team

Beginner hubs are reviewed against the public lesson catalog so the linked exercises match the stated topic, open as public practice pages, and support a clear path from basics into the curriculum.

Editorial owner: PySchool.ai curriculum team
Review scope: Beginner Python practice hub
Last updated: May 3, 2026

See the PySchool.ai editorial policy for how practice content is generated, reviewed, tested, and updated.

Direct answer

What is the best way to use Basic Python coding questions?

Basic Python coding questions are short prompts that test whether you can turn fundamentals into working code. Good question practice covers variables, branches, loops, lists, dictionaries, functions, and input safety. Do not only read solutions; write the code, run examples, fix failures, and explain the rule your answer follows.

Basic Python coding question

A basic Python coding question is a small programming task that checks one or more fundamentals with examples and expected output.

Edge case

An edge case is an unusual but valid input, such as zero, empty text, equal values, or a missing key.

Question bank

A question bank groups practice prompts by topic so learners can review and compare patterns.

Best exercises

Best exercises to solve first

Common mistakes

Common mistakes to avoid

Copying the final answer without running it

Use the browser editor to run tests and confirm the answer works on examples.

Ignoring the requested function name

Keep the exact function name and parameters so the test runner can call your solution.

Solving only one version of each pattern

After one question passes, solve a similar one with a changed condition or input type.

Learner questions

Quick answers for learners comparing practice paths

What are examples of basic Python coding questions?

Even or odd, compare two numbers, count list items, sum list values, validate input, and return a greeting are good examples.

Are basic Python questions useful for interviews?

They are useful for early foundations. They do not replace DSA, but they prepare the syntax and problem-reading habits DSA needs.

Should I practice questions by topic or randomly?

Practice by topic first. Random practice is more useful after you can recognize each basic pattern.

How should I review a question I got wrong?

Write down the failed input, the expected output, your output, and the exact rule your code missed.

Practice plan

Do not just read basic Python questions. Solve them.

Many lists of basic Python coding questions show the final answer too quickly. That can feel productive, but it does not prove you can turn a prompt into working code when the exact wording changes.

The better routine is simple: read the question, name the input and output, write the first version, run visible tests, then fix edge cases. The prompts below are grouped from easiest to more structured so you can build that routine without jumping straight into hard DSA.

Lesson groups

Pick the group that matches what you need to practice next.

Question set 1

Warmup questions for variables and types

These questions check whether you can represent data correctly. They are intentionally short because a clean answer here prevents confusion in longer problems.

Variables

Define a Variable

Create a named value and use it in later expressions.

Strings

Store a String

Practice assigning text values without fighting Python syntax.

Type conversion

Convert Data Types

Turn strings and numbers into the form a problem expects.

Question set 2

Condition and comparison questions

Branching questions ask your code to choose. Practice even or odd, sign checks, maximum values, and simple text patterns until the condition order is obvious.

Conditionals

Check Even or Odd

Use modulo and if statements to make a simple decision.

Branching

Determine Positive, Negative, or Zero

Handle three possible cases with clear condition order.

Comparisons

Compare Two Numbers

Use equality and greater-than checks to return the right result.

Function logic

Implement a Function to Find the Maximum of Three

Combine comparisons inside a function body.

Strings

Check If String Is a Palindrome

Compare text forward and backward to test a simple pattern.

Question set 3

Loop, list, and dictionary questions

Collection questions are the next step after syntax. These prompts ask you to iterate, count, slice, filter, transform, and look up values with a dictionary.

Loops

Print List Items

Walk through each list item in order and produce output.

Accumulation

Sum List Numbers

Keep a running total while a loop visits numeric values.

Counting

Count List Elements

Track how many items a list contains without relying on shortcuts.

Lists

Create a List of Integers From 1 to N

Build a list from a numeric range and return the expected values.

Indexing

Access Elements by Positive and Negative Index

Read from the front and back of a list with confidence.

Slicing

Slice a List to Get First and Last Three Items

Use slice boundaries to return the part of a list you need.

Dictionaries

Build a Phonebook Dictionary

Map names to values and return structured lookup data.

Dictionary lookup

Get a Value From a Dictionary With a Default

Avoid missing-key failures by returning a fallback value.

Question set 4

Function and input-safety questions

Most real coding questions expect a function. Finish with prompts that make you define a function, return a value, validate input, and handle failure cases predictably.

Functions

Define a Function That Adds Two Numbers

Write a reusable function with parameters and a return value.

Return values

Write a Function That Returns a Greeting

Use a parameter to build predictable text output.

Input validation

Validate Integer Input

Check input before using it in a calculation.

Errors

Safe Divide With Default

Handle division edge cases without crashing the program.

Parsing

Parse Float or None

Convert numeric text and return a safe fallback for bad input.

Free preview vs full access

Why these questions link only to public lessons

Every lesson link on this page was checked as a logged-out public URL before being used. That avoids the SEO problem of sending crawlers or new learners from a public hub into a login redirect.

Some harder lessons still belong behind the full-access curriculum, and that is fine. This page is meant to own the basic question intent first, then guide learners into the wider Python practice hub and curriculum when they are ready for more depth.

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Open selected beginner lessons and practice in the browser before signing in.

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