Durable tubeless‑ready MTB tire in 29×2.30 black, featuring a high‑performance tread pattern that delivers exceptional grip across rock, mud, and pavement. Its lightweight yet rugged construction resists punctures while maintaining smooth rolling for long rides.
Durable tubeless‑ready tire featuring the Python 3 sidewall, 27.5×2.30 inches, delivers strong traction on rough trails, rapid setup, low rolling resistance, and a tough tread compound for long‑lasting performance.
LOCK APPLICATION: For outdoor use; python cable lock is best used as a bike lock, fence lock, gate lock, ladder lock and more.DURABLE DESIGN: Small lock with a protective vinyl coating protects against scratches and the rust resistant lock and v
Discover how to craft elegant solutions in Python with this beginner’s guide, featuring step‑by‑step explanations of core algorithms, engaging code snippets, and practical projects that build confidence and problem‑solving skills.
Explore real‑world data science challenges and master Python solutions in this practical guide, perfect for business analysts and aspiring data scientists seeking hands‑on expertise.
No Starch Press (9781593278908) | Impractical Python
No Starch Press (9781593279660) - Spine width: 27 mm
Explore advanced Python techniques tailored for security research, reverse engineering, and ethical hacking with hands‑on examples that reveal how to dissect binaries, automate exploits, and protect systems.
O'Reilly Media (9781491972731) | Programming with MicroPython
(9781597499576) - Dimensions: 191 x 235 x 20.32mm | 500g - Format: Paperback | 288 pages - Publication date: 17 Dec 2012 - ISBN: 9781597499576 - Languages: English - Publication place: Rockland, MA, United States | Violent Python
Learn the fundamentals of data science with Python and gain the skills to apply them in real-world scenarios. Data Science from Scratch provides a comprehensive introduction to essential concepts and techniques.
Explore the art of modeling and simulation with Allen Downey’s practical guide. Learn how to build, test, and visualize scientific models in Python, from basic concepts to advanced techniques for real‑world applications.
