Learning Goal: RHR 1 Applications on Moving Electric Charges Part E- In Figure 3 case (a) (RIGHT) determine the diroction of the magnetic force on the NEGATIVE moving charge. Choose from the 8 red arrows in Case (g). Note: The magnetic field points perpendicularly INTO The page. RHR 1 is used to determine the Magnetic Force Fon a MOVING Electric Charge (with a velcotly ) in a Magnetic Fireld Bas shown in (Egure 1) Red arrow 1 in case (g) Remember. When stating a direction, all directions are with respect to the page (or screen). Red arrow 2 in case (g) q-1.2x10C v6.x10* m/s B1.12T Red arrow 3 in case (g) (Elgure 2) shows the constrast of the magnetic force on a POSITIVE and a NEGATIVE charge. Red arow 4 in case (g) Red arrow 5 in case (g) Figure Red arrow 6 in case (g) 3 of 3 Red arrow 7 in case (g) Red arrow 8 in case (g) 10 Submit Previous Answers Beaueat Anamer (e) 70 (e) X Incorrect; Try Again; 3 attempts remaining (f) Part F-In Figure 3 case (a) (RIGHT) calculate the magnitude of the magnetic force on

Learning Goal: RHR 1 Applications on Moving Electric Charges Part E- In Figure 3 case (a) (RIGHT) determine the diroction of the magnetic force on the NEGATIVE moving charge. Choose from the 8 red arrows in Case (g). Note: The magnetic field points perpendicularly INTO The page. RHR 1 is used to determine the Magnetic Force Fon a MOVING Electric Charge (with a velcotly ) in a Magnetic Fireld Bas shown in (Egure 1) Red arrow 1 in case (g) Remember. When stating a direction, all directions are with respect to the page (or screen). Red arrow 2 in case (g) q-1.2x10C v6.x10* m/s B1.12T Red arrow 3 in case (g) (Elgure 2) shows the constrast of the magnetic force on a POSITIVE and a NEGATIVE charge. Red arow 4 in case (g) Red arrow 5 in case (g) Figure Red arrow 6 in case (g) 3 of 3 Red arrow 7 in case (g) Red arrow 8 in case (g) 10 Submit Previous Answers Beaueat Anamer (e) 70 (e) X Incorrect; Try Again; 3 attempts remaining (f) Part F-In Figure 3 case (a) (RIGHT) calculate the magnitude of the magnetic force on