G122 | Introduction to Hydrokinetics (2-hr)

Welcome to the on-demand series, Introduction to Hydrokinetics. 
​This is a 2.0-credit hour series with video training and exercises. 

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STEP 1: ENROLL
To get started and be eligible for continuing education credit, enter your email below.
​​You must have an active user account on MeyerFire University in order to get any continuing education credit.

Please note: our system looks for engagement and a time delay after enrolling. You will not be able to take the exam immediately after enrolling. First enroll here, then watch the videos before starting the exam.

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OBJECTIVES
In this series we talk about key concepts about fluids in motion, including the Conservation of Energy, Conservation of Matter, and Bernoulli's Equation. We cover several example calculations, hand-solve our own solutions, and then turn our attention to understanding and measuring flow. 

Our objectives include:

• Understand the principles of Conservation of Energy and Conservation of Matter.
• Understand the importance of Bernoulli's Equation, and how we can use it in the fire suppression industry.
• Understand how to describe and measure flow in fire suppression systems.

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STEP 2: MODULES
In order to get continuing education credit, each page must be read and video must be viewed. The review exam will not be available until each video is viewed. Click each link below, in order, to view the module and gather other helpful tools & tips:
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1. Principles of Hydrokinetics
2. What is the Conservation of Energy?
3. What is the Conservation of Matter?
4. What is Bernoulli's Equation?
5. Bernoulli's: Pipe Transition Example
6. Bernoulli's: Sprinkler System Example
7. Bernoulli's: Water Supply Example
8. Exercise: Hand-Solving for Velocity at a Drain
9. Exercise: Solving for Pressure at a Pipe Bend
10. What is flow?
11. What tools do we use to measure flow?​
12. What are the different pressure types in a system?

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