Final answer:
Rote learning methods referenced include habituation and observational learning, suggesting a focus on repetition and mimicking to memorize or learn new content. Lessons mentioned like Direction of Movement and Flash Modes imply practical applications, possibly in fields like photography or physics. The Problem Solving Strategy for Rotational Dynamics suggests a systematic approach to learning and problem solving.
Step-by-step explanation:
The question refers to rote learning methods used in educational practices, particularly in the context of 'Fundamentals 2', which appears to be a structured curriculum or lesson series. Rote learning typically involves memorizing information through repetition, and is often used for foundational or factual content. In the context provided, habituation and observational learning are mentioned. Habituation in learning refers to the process of forming a habit through repeated exposure and practice. It's a form of learning where a response becomes more automatic the more it is used. Observational learning, on the other hand, involves learning by watching others and then imitating their actions.
Additionally, specific lessons such as Direction of Movement, Flash Modes, Fill the Frame, and Freezing Action suggest a context which may involve understanding and applying certain techniques or principles, likely within a practical subject such as photography or physics. The reference to creating customized simple problems to test understanding indicates an active learning approach which can be effective alongside rote memorization. Furthermore, emphasis on the use of knowledge and intuition the students already possess suggests a method of relating new information to what is already known, a technique that helps in reinforcing memory and understanding.
The Problem Solving Strategy for Rotational Dynamics indicates a methodical approach to learning, likely involving steps to tackle problems systematically, which may apply to disciplines such as mathematics or physics. The strategy presumably includes defining the problem, understanding the fundamental principles that apply, applying those principles, and verifying the results.