Druyd:Knowledge

Marine circulation dynamics

Storyboard

Estudio de la forma como opera un Linac y calculo simple de una dosis.

>Model

ID:(566, 0)

Ocean Circulation

Definition

ID:(77, 0)

Coastal Circulation and Waves

Image

ID:(80, 0)

climate031

Note

climate031

ID:(3144, 0)

Solar and Lunar Tides

Quote

ID:(79, 0)

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Exercise

![climate034](showImage.php)

climate034

ID:(3147, 0)

Salinidad en los mares

Equation

climate032

ID:(3145, 0)

climate033

Script

![climate033](showImage.php)

climate033

ID:(3146, 0)

climate035

Variable

![climate035](showImage.php)

climate035

ID:(3148, 0)

Marine circulation dynamics

Storyboard

Estudio de la forma como opera un Linac y calculo simple de una dosis.

Variables

Symbol

Text

Variable

Value

Units

Calculate

MKS Value

MKS Units

Calculations

Equation

Number

First, select the equation:

, then, select the variable:

Symbol

Equation

Solved

Translated

Calculations

Symbol

Equation

Solved

Translated

Variable

Given

Calculate

Target :

Equation

To be used

Equations

$V_w =\displaystyle\frac{\tau_{xy}}{\rho_w\sqrt{A_z|f|}}$

V_w = tau_xy /( rho_w * sqrt( A_z *abs( f )))

$\tau_{xy} = \rho_a C_Du^2$

tau_xy=rho_a*C_D*u^2

$DE=\pi\sqrt{\displaystyle\frac{2A_z}{f}}$

DE=pi*sqrt(2*A_z/f)

$h=\displaystyle\frac{g_s}{g}\displaystyle\frac{R^2}{r}$

h=g_s*R^2/(g*r)

$h=\displaystyle\frac{g_l}{g}\displaystyle\frac{R^2}{r}$

h=g_l*R^2/(g*r)

Examples

Ocean Circulation

Coastal Circulation and Waves

Transporte de Ekman

Velocidad de las Olas

Convection and Cell Building

climate031

image

climate031

Solar and Lunar Tides

climate034

![climate034](showImage.php)

climate034

Mareas Solares

Mareas Lunares

Salinidad en los mares

image

climate032

climate033

![climate033](showImage.php)

climate033

climate035

![climate035](showImage.php)

climate035

>Model

ID:(566, 0)