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2 cards from this section. Quick, good the night before a test.
Define Manning's Equation.
Identify the relationship between discharge, area, hydraulic radius, and slope.
What is the hydraulic radius in a channel?
Remember the formula A/P.
What does the variable 'n' in Manning's equation represent?
Think about textures of riverbeds.
Manning's equation is used for what purpose?
Is it a flow-related equation?
Given a trapezoidal channel with various depths, explain the impact on discharge using Manning’s equation.
Simulate changes in depth from given historical data.
Explore the effects of different channel shapes on maximum discharge and derive relevant formulas.
Compare the derived equations for each channel type.
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