7. 
IIT. 
1. 
Bo 
30 
he 
5e 
TABLES 
Offshore Slope of the Sea Surface Af. indueed by a Wind Perpendicular 
dx 
to the Goast ( “% ), computed at Different Distances ean from the 
Coast. 
Offshore Slope of the Sea Surface, £2 induced by a Wind Parallel to 
vp ¥. 
the Coast ( 1 ), Computed at Different Distances */~ from the coast. 
Sea Level Difference between the Coast and a Point Distant x from the 
Coast, induced by am Offshore Wind Stress 7; o | 
Sea Level Difference between the Coast and a Point Distant x from the 
Coast, induced by a Longshore Wind Stress (en ° 
Function ¥ (= 2 ) for Computing the Sea Surface Slope for Uniform 
Wind Stress. os 
Fimetion — re eS ~ * } for Computing the Sea Surface Slope for Uniform 
Wind Stress. | 
FIGURES 
Coast, Wind Zone and Calm Area. 
h h 
Depend=nce of the Function k Gz ya ) Upon the Ratio D ° 
. ahe gis 
Dependence of the Function Te ie) A) Upon the Ratio re 
Sea Level Difference Between the Coast and a Point A Distance * 
from the Coast Produced by the Offshore Component T, of the Wind 
Stress Conpiited for Several Different V-l ues a e 
Sea Level Difference Between the Coast and a Point a Distance ¥% 
from the Coss% Produced by the Longshore Component Tq of the Wind 
Stress Computed for Several Different Values of * ° 
Schematic Diagrams Showing the Relation Bstween the Direction of Wind 
and Sea Level Change. 
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