which, if a>>1 is nearly the same as for a conducting liquid (eq. A1). The field inside the liquid follows now from(A2) E E and is very small if E>>1(zero in a conductor) 16.522, Space Pr Lecture 23-25 Prof. Manuel martinez-Sanchez Page 3 of 36which, if ε >> 1 is nearly the same as for a conducting liquid (Eq. A1). The field inside the liquid follows now from (A2): En,l = 1 ε En, g (A5) and is very small if ε >> 1 (zero in a conductor). 16.522, Space Propulsion Lecture 23-25 Prof. Manuel Martinez-Sanchez Page 3 of 36