If we have two objects, one is directly above the other, and they are both moving vertically, then we can infer the relative position of the two objects at any given time.
The name of this model comes from a vivid metaphor, in which melons represent one object and beans represent another. During the exercise, the melon beans will move up and down in the vertical direction. Although their trajectories are different, their relative positions remain unchanged.
This principle can be used to solve many practical problems, for example, in astronautics, it is necessary to calculate the relative position and trajectory between two celestial bodies; In economics, it can be used to analyze the relative movement between two stock prices; In biology, it can be used to study the interaction between two cells.
Guadou model is a very useful mathematical tool, which can help us understand and solve many practical problems. Its principle is simple and intuitive, but it is widely used.
Application of melon-bean model in life;
1, astronautics: In astronautics, scientists need to accurately calculate the relative position and trajectory between two celestial bodies. Guadou model can be used to solve these problems, such as calculating the distance and relative speed between planets.
2. Economics: In the stock market, investors need to know the relative movement between two stocks. Guadou model can be used to analyze the relative changes of two stock prices and help investors make more informed investment decisions.
3. Biology: In cell biology, scientists need to understand the interaction between two cells. Melon-bean model can be used to describe the relative position and trajectory between cells, for example, to study the spread of cancer cells in human body.
4. Engineering: In the mechanical system, the melon-bean model can be used to describe the relative motion trajectory of two objects. For example, in robotics, the melon-bean model can be used to control the robot's moving trajectory, so that it can complete the task more accurately.
5. Physics: In physics, the melon-bean model can be used to describe the relative motion and interaction between two objects. For example, in electromagnetism, the melon-bean model can be used to calculate the force between two charged particles.