# 	**Example 8.8.1: Ghyben_Herzberg Principle**

#Given
rw = 1 g/cm^3
rs = 1.025 g/cm^3
z_over_h = rw/(rs-rw)   #Fetter 40


# 	**Example 8.8.2: Oceanic Islands**

#Given
Go = (1/(1.025-1))
Ko = 1e-2 cm/s
w = 0.0013 m/day
a = 1000 m

#Part A:
x= 1000 m
ho = ( w*(a^2 - (a-x)^2)/(Ko*(1+Go)))^(1/2)   #Fetter 1.92 m
z = Go*ho    #Fetter 76.8 m

#Part B:
qp = w*a
x = 20 m
z = (Go*qp/Ko) + (2*Go*qp*x/Ko)^(1/2)   #Fetter 21.5 m

#Part C:
xo = -Go*qp/(2*Ko)   #Fetter -3.0 m

#Part D:
x = 100 m
ho = (2*qp*x/(Go*Ko))^(1/2)   #Fetter 0.87 m


# Homework Problems:

TBD