import math as math def Bx(m,x,z): top= 3*m*x*z, #the numerator for the fraction denomBx= math.pow((math.pow(x,2)+math.pow(z,2)),2.5), #the bottom part of the fraction bx= top/denomBx, print bx, return bx def Bz(m,x,z): #this function allows me to test Bz with differing values, allowing more flexibility topLeftProd= 3*m, denomLeftProd= math.pow((math.pow(x,2) + math.pow(z,2)),1.5), rightProd= ((math.pow(z,2)/(math.pow(x,2) + math.pow(z,2)) -(1/3)), firstProd= topLeftProd/denomLeftProd, ans= firstProd*rightProd print ans, return ans Bx(1,3,2) Bz(1,3,2)
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