The Richardson number is defined as Ri =L5g Δρ / ρV .2 Miguel is working on a problem that has a characteristic length scale L, a characteristic velocity V, a characteristic density difference Δ? , a characteristic (average) density ? , and of course the gravitational constant g, which is always available. He wants to define a Richardson number, but does not have a characteristic volume flow rate. Help Miguel define a characteristic volume flow rate based on the parameters available to him, and then define an appropriate Richardson number in terms of the given parameters.
The Richardson number is defined as Ri =L5g Δρ / ρV .2 Miguel is working on a problem that has a characteristic length scale L, a characteristic velocity V, a characteristic density difference Δ? , a characteristic (average) density ? , and of course the gravitational constant g, which is always available. He wants to define a Richardson number, but does not have a characteristic volume flow rate. Help Miguel define a characteristic volume flow rate based on the parameters available to him, and then define an appropriate Richardson number in terms of the given parameters.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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The Richardson number is defined as
Ri =L5g Δρ / ρV .2
Miguel is working on a problem that has a characteristic length scale L, a characteristic velocity V, a characteristic density difference Δ? , a characteristic (average) density ? , and of course the gravitational constant g, which is always available. He wants to define a Richardson number, but does not have a characteristic volume flow rate. Help Miguel define a characteristic volume flow rate based on the parameters available to him, and then define an appropriate Richardson number in terms of the given parameters.
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