266 



G. F. Me E wen. 



Station No. 2, Lat. 35, Long. 121, /sin <2> "= 0,758, t 

 i + y x 2 ) = 615 Kilometers, t = 0,022 V w (to tj) 



= Q 



** 7 



Average value of all of the observed values of (t), 2,79. 

 the three greatest (t), 5,00. 



Station No. 3, Lat. 37, 45' Long. 123, /sinO> =0,792, t = 

 (x + -i- x 2 ) = 440 Kilometers, t = 0,030 V w (t. 2 t^. 



Average of all the observed values of t, 3,20. 

 the three greatest t, 6,50. 



to (V) ). The average monthly value of the component (V w ) parallel to the coast 

 was found by resolving each velocity into directions perpendicular and parallel to 

 the coast and adding the products of all the latter components by their corresponding 

 frequencies and dividing this sum by the sum of the frequencies. 



2 ) The values of (V w ) were obtained only from the observations in the first 

 square west of the corresponding station, the centers of the squares used being 

 about 400 or 500 kilometers from land. Only values of (Vw) during the time from 

 1908 to 1911 were used. 



