1.3.19 πŸ“Œ Differential Equations as Mathematical Models | Hooke's Law | Zill 1.3.19

in StemSocial β€’ 4 months ago

πŸ”Ž In this video, we explore how differential equations are applied in the mathematical modeling of physical systems, specifically a spring with a mass using Hooke's Law. πŸ“‰πŸ”¬

βœ… Topics covered:
πŸ”Ή Introduction to differential equations in mathematical models
πŸ”Ή Application of Hooke's Law in spring systems
πŸ”Ή Formulation of the differential equation for the mass-spring system
πŸ”Ή Step-by-step solution of the Zill exercise 1.3.19
πŸ”Ή Interpretation of the physical and mathematical results.

πŸ“š This video is ideal for:
βœ”οΈ Students of mathematics, engineering and physics
βœ”οΈ Those studying differential equations and their application
βœ”οΈ Anyone interested in mathematical modeling.

Development comes with Science.
Mathematics is a tool for Science.
I know we can all do Math!!!
That is why I have given myself the task to Help!1.3.19 πŸ“Œ Differential Equations as Mathematical Models | Hooke's Law | Zill 1.3.19

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