1. The problem statement, all variables and given/known data Q) Use Coulomb’s Law to DERIVE the Gauss Law result for the particular case of A SINGLE POINT CHARGE. That is, using Coulomb’s Law, find the ELECTRIC FLUX going through a sphere of radius r surrounding one point charge of charge-magnitude q. THANK YOU 2. Relevant equations F=((k)(q1)(q2))/d^2 ∫E*dA=Q/ε° E and Da are vectors 3. The attempt at a solution sadly i don't have an attempt because my textbook showes taking Gauss's law and arriving at coulombs law and i can't figure out how to do it in reverse.