(Figure 3) shows 3 situations in which a charge enters a uniform magnetic field B (indicated by the big BROWN dots). The green arrows indicate the directions of the velocity vectori q =1.2x10-6 C v = 6.0×105 m/s B-1.72 T Remember: When stating a direction, all directions are with respect to the page (or screen). Part B - In Figure 3 case (e) (Top LEFT) calculate the magnitude of the magnetic force on the Positve moving charge. Enter a regular number with 3 digits after the decimal point. Unit is Newton (no need to enter)
(Figure 3) shows 3 situations in which a charge enters a uniform magnetic field B (indicated by the big BROWN dots). The green arrows indicate the directions of the velocity vectori q =1.2x10-6 C v = 6.0×105 m/s B-1.72 T Remember: When stating a direction, all directions are with respect to the page (or screen). Part B - In Figure 3 case (e) (Top LEFT) calculate the magnitude of the magnetic force on the Positve moving charge. Enter a regular number with 3 digits after the decimal point. Unit is Newton (no need to enter)
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Transcribed Image Text:(Figure 3) shows 3 situations in which a charge enters a uniform magnetic field B (indicated by the big
BROWN dots). The green arrows indicate the directions of the velocity vector i
q = 1.2x10-6 C v = 6.0x105 m/s B=1.72 T
Remember: When stating a direction, all directions are with respect to the page (or screen).
Part B - In Figure 3 case (e) (Top LEFT) calculate the magnitude of the magnetic force on the
Positve moving charge.
Enter a regular number with 3 digits after the decimal point. Unit is Newton (no need to enter)
100
B.
(e)
3
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