A5 - four velocity vectors The picture shows the initial velocity vectors for four identical particles (same mass and charge) that start at the origin. The velocity vectors are drawn to scale - you can assume the tip of each vector is on a a grid intersection point. The particles are definitely charged. Y 1 2 3 4 Open in Readin Part (a) Homework Unanswered Due Feb 27th, 12:15 PM The particles are moving through a uniform magnetic field, and the field is directed into the screen. Rank the particles based on the magnitude of the magnetic force they experience. Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer. a 2>1>3>4 0 2>4>1>3 2>1=4>3 P e 3>1>2>4 3>1>4>2 f 3>4>2>1 6.0 g . 3>4>1>2 4>3>1>2 4>1>3>2 Open in Rea - , 6.0 g + 3>4>1>2 h 4>3>1>2 - Unanswered 5 attempts left Submit 4>1>3>2 j 4>3>2>1 Here's that picture again. Y 2 3 4 X := Part (b) Homework Unanswered Due Feb 27th, 12:15 PM This is a similar question, but the field is in a different direction. The particles are moving through a uniform magnetic field, and the field is directed in the +x direction. Rank the particles based on the magnitude of the magnetic force they experience. Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer. a 2>1>3>4 b 2>4>1>3 C 2>1=4>3 d 3>1>2>4 e 3>1>4>2 f 3>4>2>1 60 g 3>4>1>2 h 4>3>1>2 i 4>1>3>2 Open in R - 2. 6.0 g 3>4>1>2 h 4>3>1>2 i 4>1>3>2 j 4>3>2>1 Unanswered 5 attempts left Submit