Simple magnetic forces interact with each other as Mr. Quan demonstrated with a compass and magnet (picture below). Drawing magnetic field lines indicates the direction and strength of the magnetic fields. Select what is true about correctly drawn magnetic field lines. Select 2: Video 29.1 Video 29.1 They are dashed lines which show invisibility Arrows point along the "south to north" paths They are solid lines with arrows Arrows point along the "north to south" paths They always circle around to "close the loop" North vs. South side of magnets
Simple magnetic forces interact with each other as Mr. Quan demonstrated with a compass and magnet (picture below). Drawing magnetic field lines indicates the direction and strength of the magnetic fields. Select what is true about correctly drawn magnetic field lines. Select 2: Video 29.1 Video 29.1 They are dashed lines which show invisibility Arrows point along the "south to north" paths They are solid lines with arrows Arrows point along the "north to south" paths They always circle around to "close the loop" North vs. South side of magnets
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Simple magnetic forces interact with each other as Mr. Quan demonstrated with a compass and magnet (picture below). Drawing magnetic field lines indicates the direction and strength of the magnetic fields. Select what is true about correctly drawn magnetic field lines. Select 2: 29.1.1 compass magnet demo.JPG29.1.2 magnetic field lines N to S.JPG Group of answer choices They are dashed lines which show invisibility Arrows point along the "south to north" paths They are solid lines with arrows Arrows point along the "north to south" paths They always circle around to "close the loop"
Transcribed Image Text:Simple magnetic forces interact with each other as Mr. Quan demonstrated with a compass and magnet (picture below).
Drawing magnetic field lines indicates the direction and strength of the magnetic fields. Select what is true about correctly drawn magnetic field lines. Select 2:
Video 29.1
Video 29.1
They are dashed lines which show invisibility
Arrows point along the "south to north" paths
They are solid lines with arrows
Arrows point along the "north to south" paths
They always circle around to "close the loop"
North vs. South side of magnets
Mastic Eve Fe
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