Question

Explain what someone needs to know and use in order to create a computational model that predicts change in the energy of one component the system for a given set of energy flows.

Answer 1

To create a computational model that predicts change in the energy of one component in a system for a given set of energy flows, understanding concepts like conservation of energy, calculating total energy, and quantitative predictions are necessary.

Step-by-step explanation:

To create a computational model that predicts change in the energy of one component in a system for a given set of energy flows, several key concepts and tools need to be understood and utilized.

First, it is important to calculate the total energy of the system, which includes kinetic energy, potential energy, and microscopic internal energy. This can be done through calculations involving the object's mass, velocity, height, or other relevant factors.

Additionally, an understanding of conservation of energy principles is crucial, as changes in the internal structure of the system can impact the overall energy. By applying these principles and using quantitative calculations, it is possible to predict the change in energy of a component in the system based on the given energy flows.

Answer 2

To create a computational model that predicts change in energy, you need to know and use the principles of conservation of energy, calculate total energy in a system, and understand how energy is transferred within the system.

Step-by-step explanation:

In order to create a computational model that predicts change in the energy of one component in a system for a given set of energy flows, you would need to know and use the principles of conservation of energy and the calculation of total energy in a system.

This involves understanding how energy is transferred in the system, how to calculate kinetic and potential energy, and how to account for changes in internal potential energy.

By identifying the system of interest, drawing a labeled diagram of the system showing energy flow, and identifying the unknowns in the problem, you can apply these concepts to create an accurate computational model.