Urgent: Boundary Condition querries. 1. The problem statement, all variables and given/known data Question given: A dielectric interface is described by 4y+3z=12. The side including the origin is free space and its electric flux density, D=ax+3ay+2az (micro) C/m2. On the other side, (Epsilon)r2 = 2. Find D2. 2. Relevant equations 3. The attempt at a solution Ok, so this is how i try to solve it: 1. I get the unit vector of the equation given(but only make use of 4y + 3z). 2. Then i get the E1. (by using the eq D=(eps)E) thus getting: (ax+3ay+2az)(micro)eps^-1. >> is it correct? because i am familiar doing it with E and not D. am i suppose to do it this way? or are there any better alternate ways? 3. Then i went on to get E1n by using the equation (E . an)(an). 4. Then E1t. (E1 = E1n + E1t) 5. Then E2n ( (Eps)r1 E1n = (Eps)r2 E2n) ) 6. And finally, E2 = E2n + E2t. And using the eq D=(eps)E to get D2. thank you.