3. A positively charged particle is travelling west and it encounters an external magnetic field of unknown direction. The positively charged particle is then deflected to the South due to the magnetic force exerted by the external field. Draw the situation to determine the direction of the external magnetic field.
3. A positively charged particle is travelling west and it encounters an external magnetic field of unknown direction. The positively charged particle is then deflected to the South due to the magnetic force exerted by the external field. Draw the situation to determine the direction of the external magnetic field.
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Analyze each item carefully. Draw what is required for each item and explain your answers, as necessary. Take note of the directions and the corresponding symbols for each.(Kindly look at attached pictures for the guide.)
Thank you!!
Transcribed Image Text:North
X X
West
East
Into the Page
Out of the Page
South
Into the page
in conductors)
Out of the page
(in conductors)
Figure 6. Vector notation for Out of the page and Into the Page
Transcribed Image Text:3. A positively charged particle is travelling west and it encounters an external magnetic
field of unknown direction. The positively charged particle is then deflected to the South
due to the magnetic force exerted by the external field. Draw the situation to determine the
direction of the external magnetic field.
| 4. Two current-carrying loops are arranged so that one of the loops just sits above
the other just like in the figure below. The current in each loop is directed
counterclockwise. Draw the resulting magnetic field for each loop to determine
how the loops will "interact" with each other.
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