Considering the following system of a magnetic induction grill: Number of turns = 30 Current = 10 A Voltage = 23-50 V Frequency = 23-50 kHz Internal Radius = 25 mm External Radius = 31 mm Considering that the 30 turns are distributed between the internal radius and the external radius, calculate the magnetic field on a circular path of radius internal radius, radius and external radius as shown on the figures. Justify your answer.

Considering the following system of a magnetic induction grill: Number of turns = 30 Current = 10 A Voltage = 23-50 V Frequency = 23-50 kHz Internal Radius = 25 mm External Radius = 31 mm Considering that the 30 turns are distributed between the internal radius and the external radius, calculate the magnetic field on a circular path of radius internal radius, radius and external radius as shown on the figures. Justify your answer.

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Question

Considering the following system of a magnetic induction grill:

Number of turns = 30

Current = 10 A

Voltage = 23-50 V

Frequency = 23-50 kHz

Internal Radius = 25 mm

External Radius = 31 mm

Considering that the 30 turns are distributed between the internal radius and the external radius, calculate the magnetic field on a circular path of radius internal radius, radius and external radius as shown on the figures. Justify your answer.

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