Understanding Fluid Physics: Hydraulic Systems, Pascal's and Archimedes' Principles Explained

Understanding Fluid Physics: Hydraulic Systems, Pascal's and Archimedes' Principles Explained

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  THE PHYSICS OFFLUID GENERAL SCIENCE LESSON#4
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  THE PHYSICS OF FLUID MAIN TOPIC COVER HydraulicSystems and Pressure Pascal’s and Archimedes’ Principles Activities and Mini projects Real time examples for Fluid mechanics and Hydraulics Integration with Simple and Compound Machines Buoyancy and Fluid Properties Applications in Real Life
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  OBJECTIVES Explain how hydraulicsystems use pressure, force, and area to multiply forces. Hydraulic Systems and Pressure
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  PASCAL LAW: Pascal Law– which is the basis for all hydraulic systems, is named after the French Scientist – Blaise Pascal, who established the law.
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  What is ahydraulic system? A hydraulic system is a technology that uses pressurized, incompressible fluid—typically oil—to generate, control, and transmit power. Operating on Pascal's Law, it allows a small input force to be multiplied into an immense mechanical output force, which makes it ideal for lifting and moving heavy loads
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  Pascal’s Law explainshow pressure applied to a confined fluid is transmitted equally in all directions. This fundamental principle is the basis of hydraulic systems such as car lifts, hydraulic brakes, presses, and heavy machinery. Understanding Pascal’s Law helps us see how a small input force can be multiplied into a much larger output force using fluid pressure.
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  Common Applications OfHydraulic System
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  Common Applications OfHydraulic System
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  SUMMARY
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  SAMPLE PROBLEM
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  PRACTICE!
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  ACTIVITY
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  OBJECTIVES: Describe Archimedes’ Principle andits application in floating and sinking.
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  THANK YOU!