Q1 Match the physical situation with the Maxwell's equation that would be useful in analyzing the situation: (a) Gauss's law 1. Find the magnetic field inside a current-carrying coaxial cable. (b) Gauss's law for 2. Predict what an AC voltmeter reads magnetism whose leads encircle a coil. (c) Faraday's law 3. Find the amount of charge inside a box. (d) law Ampere-Maxwell 4. Relate the magnetic flux on one face of a cube to the magnetic flux on the other faces.
Q1 Match the physical situation with the Maxwell's equation that would be useful in analyzing the situation: (a) Gauss's law 1. Find the magnetic field inside a current-carrying coaxial cable. (b) Gauss's law for 2. Predict what an AC voltmeter reads magnetism whose leads encircle a coil. (c) Faraday's law 3. Find the amount of charge inside a box. (d) law Ampere-Maxwell 4. Relate the magnetic flux on one face of a cube to the magnetic flux on the other faces.
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Transcribed Image Text:Q1 Match the physical situation with the Maxwell's equation
that would be useful in analyzing the situation:
(a) Gauss's law
1. Find the magnetic field inside a
current-carrying coaxial cable.
(b) Gauss's law for 2. Predict what an AC voltmeter reads
magnetism
whose leads encircle a coil.
(c) Faraday's law
3. Find the amount of charge inside a
box.
(d)
law
Ampere-Maxwell
4. Relate the magnetic flux on one
face of a cube to the magnetic flux on
the other faces.
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