Question

Suppose you are designing a robot that will transport heavy items from one location to another inside a school building. Which type of model would you select for testing your robot prototype? Explain your answer.

Answer 1

For testing a robot prototype designed to transport heavy items inside a school building, a physical model would be more suitable. The physical model can be constructed using materials like cardboard or wood to simulate the environment of the school building.

Step-by-step explanation:

For testing a robot prototype designed to transport heavy items inside a school building, a physical model would be more suitable. The physical model can be constructed using materials like cardboard or wood to simulate the environment of the school building. This would allow for testing the robot's ability to navigate through different obstacles, such as narrow hallways or doorways, and carry heavy loads safely.

One step in constructing the physical model is to accurately represent the layout of the school building using scale measurements. The prototype robot can then be built and tested within this model to ensure it meets the requirements of transporting heavy items.

One limitation of using a physical model is that it may not perfectly replicate the actual school building environment. Factors such as the weight distribution of items and the precise dimensions of doorways may be difficult to simulate accurately. However, the physical model can still provide valuable insights and help refine the design of the robot prototype before testing it in the actual school building.