- Question 4 4 Points A O O O O N B W E S 99 9 C 15 Fg Ft Fe Fy F10 F11 W E C D Determine The Direction Of T 1 (36.5 KiB) Viewed 30 times
- Question 4 4 Points A O O O O N B W E S 99 9 C 15 Fg Ft Fe Fy F10 F11 W E C D Determine The Direction Of T 2 (41.66 KiB) Viewed 30 times
- Question 4 4 Points A O O O O N B W E S 99 9 C 15 Fg Ft Fe Fy F10 F11 W E C D Determine The Direction Of T 3 (33.51 KiB) Viewed 30 times
- Question 4 4 Points A O O O O N B W E S 99 9 C 15 Fg Ft Fe Fy F10 F11 W E C D Determine The Direction Of T 4 (38.1 KiB) Viewed 30 times
- Question 4 4 Points A O O O O N B W E S 99 9 C 15 Fg Ft Fe Fy F10 F11 W E C D Determine The Direction Of T 5 (38.46 KiB) Viewed 30 times
W E ) c) d) Determine the direction of the magnetic force for a through d. For a and b the particle is positive, for cand d the particle is negative. The direction of the velocity of particle is the pink arrow and the magnetic field direction is marked in yellow. Use the coordinate system provided when giving your answers. (For example, if the force is towards the right side of the screen then your answer would be east). (1 mark each) F 57
Question 5 (4 points) N X down up w An electron experience downward magnetic force of 20 ton when it is traveling at 3 00 10 m. 90 13 FO 512 8 90
w E S An electron experiences a downward magnetic force of 7.20 x 10-!4 N when it is traveling at 3.00 x 10 ms. south through a magnetic field. Calculate the magnitude of the magnetic field and determine its direction using the third hand rule for force Explain all finger directions and palm directions using the coordinate system provided above Ра B Tile 30 Record answer here. 11 8) 9CA 8 9 F10 FIT F12 7 8 9 0 5 6
Question 6 (2 points) An electron (m=9.11 1031 kg) enters a downward magnetic field of 5.00 x 10-1 T with a velocity of 6.50 * 106 m/s West. Calculate the radius of the circular path it will follow once it is traveling within the magnetic field. Pa... в у .. Record answer here.