Investigate on the following cases/scenario. 1. Take note of the directions of dB, B and induced B, tabulate your observations. 2. Formulate a hypothesis/claim as to the relationship between the given observed direction. In the example below, if the magnetic field "B" is increasing - as shown in (1)-the induced magnetic field will act in opposition to it. 1 ΔΒ AB B B Induced Out 2 Induced AB Induced B B Out (3 4 B B B BAB Induced In
Investigate on the following cases/scenario. 1. Take note of the directions of dB, B and induced B, tabulate your observations. 2. Formulate a hypothesis/claim as to the relationship between the given observed direction. In the example below, if the magnetic field "B" is increasing - as shown in (1)-the induced magnetic field will act in opposition to it. 1 ΔΒ AB B B Induced Out 2 Induced AB Induced B B Out (3 4 B B B BAB Induced In
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Transcribed Image Text:Performance Task #3
Investigate on the following cases/scenario.
1. Take note of the directions of dB, B and induced B, tabulate your observations.
2. Formulate a hypothesis/claim as to the relationship between the given observed
direction.
In the example below, if the magnetic field "B" is increasing - as shown in (1)-the induced
magnetic field will act in opposition to it.
1)
3
ΔΒ
ΔΒ B
Induced
Out
4
Induced
2
AB
Induced
B
Out
V
B
B
Β ΔΒ
B-
Induced
In
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