SEP-2
Developing and Using Models
Ph2M Tools SEP-2 Developing & Using Models CCC-4 Systems & System Models
Types of Scientific Models
Physical & Replica Models - Physical models are tangible representations of objects or systems. They are often used when the actual object is too large, small, or complex to study directly.
Statistical models - Statistical models use statistical methods to analyze and interpret data. They are often used to identify patterns and make predictions based on data sets.
Mathematical Models - Mathematical models use mathematical language to describe the behavior of a system. These models often involve equations and algorithms.
Computational models - Computational models use computer algorithms and simulations to mimic the behavior of complex systems. They often require significant computational power.
Conceptual models - Conceptual models are frameworks that represent ideas and concepts to help explain complex systems or phenomena. They often use diagrams and flowcharts.
Graphic Models - Graphical models use visual representations like graphs, charts, and diagrams to illustrate relationships and processes.
Scientific models
Phenomena - observable event, occurrence, or fact that can be studied, described, and potentially explained through scientific investigation and analysis.
Systems - Interrelated components that interact within defined boundaries to achieve a specific function or behavior.
What is a scientific model? - Abstraction of a real-world system, used to study its structure, behavior, and interactions to gain insights or make predictions.