Save Big on Coursera Plus. 7,000+ courses at $160 off. Limited Time Only! Grab it Explore the intriguing physics problem of a frictionless ladder leaning against a wall in this 33-minute video from Dot Physics. Delve into the question of determining the exact angle at which a ladder of length L, initially positioned almost vertically, loses contact with a frictionless wall while resting on a frictionless floor. Gain insights into solving this theoretical scenario using two different Python-based approaches: the Euler method and the ball-spring method. Access the provided Python code examples to visualize and understand the problem-solving process, enhancing your comprehension of physics concepts and computational methods in mechanics.