The magnetic field generated by the current flowing through a circular coil of radius R has an intensity in the center of the coil equal to: OB=1/(2R) OB=1/R OB=1/(2TR) OB = μ1/R²
The magnetic field generated by the current flowing through a circular coil of radius R has an intensity in the center of the coil equal to: OB=1/(2R) OB=1/R OB=1/(2TR) OB = μ1/R²
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![The magnetic field generated by the current flowing through a circular coil of radius R has an intensity in the center of the coil equal to:
OB = μ1/(2R)
OB=1/R
OB=1/(2TR)
OB = μ1/R²](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F69abe347-3171-4e61-a174-a7b3b3908d42%2Fbc8f43d3-ff3e-4c90-969f-5584073cc465%2F69sxud_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The magnetic field generated by the current flowing through a circular coil of radius R has an intensity in the center of the coil equal to:
OB = μ1/(2R)
OB=1/R
OB=1/(2TR)
OB = μ1/R²
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