A flat, rigid rectangular conducting loop with vertical width \(w = 0.40\text{ m}\) and total resistance \(R = 2.0\text{ }\Omega\) moves at a constant speed \(v = 5.0\text{ m/s}\) directed to the right. The loop is partially immersed in a uniform magnetic field \(B = 1.5\text{ T}\) directed perpendicular to the plane of the loop. What is the magnitude of the net magnetic braking force acting on the loop as it leaves the magnetic field?