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4 cards from this section. Quick, good the night before a test.
Define Bernoulli's equation in your own words.
Think about the different energy forms involved in fluid motion.
What does the term 'specific energy' refer to?
Remember, it’s about the energy attributed to a mass of fluid.
What is the primary effect of Bernoulli's equation on fluid flow?
Think about what the equation represents in terms of fluid dynamics.
Is specific energy related to the fluid depth in an open channel?
Remember the equation connecting depth and energy.
Consider a rectangular channel with an upstream depth of 3 feet and a flow rate of 6.5 ft²/s. Calculate the downstream elevation if raised over a 1-foot ramp, discussing energy losses.
Focus on establishing a clear relationship between upstream and downstream depths.
A river transitions from a steep cliff into a wooden ramp over 0.5 feet. Analyze the flow behavior during this transition and how adjustments to z1 affect the water's critical depth.
Consider both energy inputs and losses due to ramp height.
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