Based from the given illustrations above, how does a magnetic field produced/created on illustrations A, B & C? Explain your answer. The strength/magnitude of a magnetic field, called the magnetic flux density, is measured in units of Tesla (T). In connection to this, what is the magnitude of the magnetic field in illustrations A, B & C? How does the illustrations A, B &C related to Bio-Savart Law and Ampere's Law?
Based from the given illustrations above, how does a magnetic field produced/created on illustrations A, B & C? Explain your answer. The strength/magnitude of a magnetic field, called the magnetic flux density, is measured in units of Tesla (T). In connection to this, what is the magnitude of the magnetic field in illustrations A, B & C? How does the illustrations A, B &C related to Bio-Savart Law and Ampere's Law?
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Transcribed Image Text:1. Electric fields and magnetic fields might seem different, but they're actually part
of one larger force called the electromagnetic field. Charges that aren't moving
produce electric fields. But when those charges do move, they also create
magnetic fields. In relation to this, there are three scenarios where in a magnetic
field can be produced. These three scenarios can be seen using the figures
below:
C
a. Based from the given illustrations above, how does
produced/created on illustrations A, B & C? Explain your answer.
a magnetic field
b. The strength/magnitude of a magnetic field, called the magnetic flux density, is
measured in units of Tesla (T). In connection to this, what is the magnitude of the
magnetic field in illustrations A, B & C?
C. How does the illustrations A, B &C related to Bio-Savart Law and Ampere's Law?
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