explanation11.pdf - Module 4, Week 11 Module 4: Lesson 1...

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Module 4, Week 111Module 4:Lesson 1 Fluid Statics &Dynamics
Module 4, Week 11The Earth to the MoonActivity 1: To be submitted as individual workUse your knowledge of Universal Gravitation and any other resources you wishto answer the following questions about the earth and the moon.Question 1:Determine the potential energy stored between the earth and themoon (ignore the motion of the moon’s orbit around the earth).
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Question 2:Estimate the speed of the moon’s orbit around the earth.You mayassume the orbit of the moon about the earth is a circle.Question 3:If a 1000 kg car had the same kinetic energy as the potential
energy between the earth and the moon, how fast would the car be traveling?
Module 4, Week 11Fun with Fluids!Activity 2: To be submitted as individual workWork together to identify the principle that best describes the situation.Provide abrief explanation for your choice.SituationoArchimedes’ PrincipleoContinuity equationoBernoulli’s PrincipleüPascal’s Principle
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oArchimedes’ PrincipleüContinuity equationoBernoulli’s PrincipleoPascal’s Principle
Module 4, Week 114oArchimedes’ PrincipleoContinuity equationBernoulli’s Principleo

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Term
Spring
Professor
HA
Tags
Fluid Dynamics, Buoyancy, Buoyant Force, Archimedes

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