What factor does the permeance coefficient depend upon? a) geometry of the magnet b) geometry of the magnet, airgap, associated non-portions of the magnetic circuit c) airgap d) associated non-portions of the magnetic circuit
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b Explanation: The permeance coefficient depends upon the geometry of the magnet and the airgap. It also depends on the associated non-portions of the magnetic circuit.
b
See lessExplanation: The permeance coefficient depends upon the geometry of the magnet and
the airgap. It also depends on the associated non-portions of the magnetic circuit.
geometry of the magnet, airgap, associated non-portions of the magnetic circuit
geometry of the magnet, airgap, associated non-portions of the magnetic circuit
See lessThe permeance coefficient depends upon the geometry of the magnet and the airgap. It also depends on the associated non-portions of the magnetic circuit.
The permeance coefficient depends upon the geometry of the magnet and
the airgap. It also depends on the associated non-portions of the magnetic circuit.
See lessAnswer: b Explanation: The permeance coefficient depends upon the geometry of the magnet and the airgap. It also depends on the associated non-portions of the magnetic circuit.
Answer: b
Explanation: The permeance coefficient depends upon the geometry of the magnet and
the airgap. It also depends on the associated non-portions of the magnetic circuit.
See lessAnswer: b Explanation: The permeance coefficient depends upon the geometry of the magnet and the airgap. It also depends on the associated non-portions of the magnetic circuit.
Answer: b
See lessExplanation: The permeance coefficient depends upon the geometry of the magnet and
the airgap. It also depends on the associated non-portions of the magnetic circuit.
b Explanation: The permeance coefficient depends upon the geometry of the magnet and the airgap. It also depends on the associated non-portions of the magnetic circuit.
b
See lessExplanation: The permeance coefficient depends upon the geometry of the magnet and
the airgap. It also depends on the associated non-portions of the magnetic circuit.