"Solving problems with a universal model" is the latest research achievement of the key topic "Evaluation and promotion of quality education resources" in the 11th Five-Year Plan of China Education Association. It is the teaching essence of dozens of first-line teaching experts for many years.
"General model problem solving" is a scientific, practical and efficient learning method, which grasps the essential law of the subject. Through the in-depth analysis of the questions in various subjects in middle schools, several simple problem-solving models are summarized and refined. Through the single use, application and combination of models, the ever-changing test questions are solved through limited models, so that students can truly master the scientific and simple problem-solving path and solve problems correctly and quickly.
"General Model Problem Solving" includes a CD-ROM explained by a famous teacher, a learning manual for consolidation and improvement, and a model memory card. Watch the CD and listen to the famous teacher explain the skills and methods of model problem solving; Look at the model memory card and easily remember the subject "model"; Learn the manual, skillfully use various models to solve problems, and experience the magic of model solving problems. In other words, mastery through a comprehensive study. "General Model Solving Problems" allows students to learn how to use "model" to solve various problems accurately, concisely and quickly, and greatly improve their academic performance!
"General model solving problems", students can understand at a glance, learn quickly and use quickly!
What is a model? The model is actually the simplest graph. In a discipline, it consists of the smallest knowledge module and operation method. Model solving is to solve all kinds of problems with the simplest laws corresponding to modules.
Model problem solving method is a set of scientific problem solving methods that simplify complex problems. Only three steps are needed to solve the model problem:
The first step is to find the corresponding model;
The second step is to find out the specific situation of the problem;
The third step is formulation, operation and calculation.