A lab is running an experiment which particle - the electron or the portion - has the larger mass-to-charge ratio (m/e). Both beams are accelerated through the same potential difference of 500 V, giving them the same energy, describe by KE = qV. After acceleration, the beams enter a magnetic field directed out of the page. Which bends their paths into circular arcs. The radius of curvature, r, depends on the charge-to-mass (e/m) ratio: The vertical deflection at the detector, y, can be approximated as: where L is the horizontal distance traveled in the magnetic field. Based on the relationship between e/m and radius (r) describe above, make a hypothesis or prediction which particle (electron) will bend more. Explain how this shows which has the larger mass-to-charge ratio