1. The problem statement, all variables and given/known data A magnetic field has these components: x: B = 0.056 T y: B = 0.046 T The particle has a charge of +6.5e-5 C, has a velocity of 2.6e3 m/s, and is moving along the z axis. Questions: 1: What's the magnitude of the net magnetic force on the particle? 2: What's the angle the net force makes with respect to the x axis? 2. Relevant equations F = qvb(sinΘ) Component addition of the x- and y- values. 3. The attempt at a solution I have the answer to #1 by adding the x- and y- components and getting a resulting magnitude of 0.0725 T at 39.4007° between those axes. (0.01225 N) On #2, I apparently incorrectly assumed that the net force was directed along the z-axis and is therefore 90° from the x-axis. Is the angle I found earlier (39.4007°) indeed the answer to this question? I'm unsure.