In an stationary, frictionless and advection free Windfeld the Isobars proseed from North to South. On a route (W-O Direction) of 200 km, the pressure changes by 5 hPa. Calculate the horizontal Wind vector (amount and direction) in 45 °N. Which accelerations act and how big are they?

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Chapter14: Fluid Mechanics
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In an stationary, frictionless and advection
free Windfeld the Isobars proseed from North
to South. On a route (W-O Direction) of 200
km, the pressure changes by 5 hPa.
Calculate the horizontal Wind vector
(amount and direction) in 45 °N.
Which accelerations act and how big are
they?
Transcribed Image Text:In an stationary, frictionless and advection free Windfeld the Isobars proseed from North to South. On a route (W-O Direction) of 200 km, the pressure changes by 5 hPa. Calculate the horizontal Wind vector (amount and direction) in 45 °N. Which accelerations act and how big are they?
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