Fluid Mechanics
Fluids play a vital role in many aspects of everyday life. We drink them, breathe them, swim in them. They circulate through our bodies and control our weather. The physics of fluids is therefore crucial to our understanding of both nature and technology.
We begin our study with fluid statics, the study of fluids at rest in equilibrium situations. Like other equilibrium situations, it is based on Newton’s first and third laws. We will explore the key concepts of density, pressure, and buoyancy. Fluid dynamics, the study of fluids in motion, is much more complex; indeed, it is one of the most complex branches of mechanics. Fortunately, we can analyze many important situations by using simple idealized models and familiar principles such as Newton’s laws and conservation of energy. Even so, we will barely scratch the surface of this broad and interesting topic
These Topics Are Also In Your Syllabus | ||
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1 | Kepler’s second Law | link |
2 | Kepler’s third Law | link |
You May Find Something Very Interesting Here. | link | |
3 | Planetary Motions and the Center of Mass | link |
4 | Spherical Mass Distributions | link |
5 | A point Mass outside a spherical shell | link |