Please solve both. The brass core in a toroidal coil has a circularcross-section. The inner diameter of thecore is 8.0 cm and the outer diameter is 12.0cm. There are 2000 turns in the winding.What total flux will be produced by 1.0 A ofcurrent in the coil?O 3.0 x 10^(-6)O 3.8 x 10^(-6)O 1.1 x 10^(-6)O 2.5 x 10^(-6) A current of 740 mA is passing through aToroidal coil consisting of 1,781 turns woundon a cast-steel ring with a cross-sectionalarea of 36 cm^2 and an average path lengthof 10 cm. Find the magnetic field strength inAt/m.

Magnetic field strength inside a toroidal coil is given by Ampere's law. Applying Ampere's law we…

The brass core in a toroidal coil has a circular cross-section. The inner diameter of the core is 8.0 cm and the outer diameter is 12.O cm. There are 2000 turns in the winding. What total flux will be produced by 1.0 A of current in the coil?

The brass core in a toroidal coil has a circular cross-section. The inner diameter of the core is 8.0 cm and the outer diameter is 12.O cm. There are 2000 turns in the winding. What total flux will be produced by 1.0 A of current in the coil?

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Please solve both.

The brass core in a toroidal coil has a circular
cross-section. The inner diameter of the
core is 8.0 cm and the outer diameter is 12.0
cm. There are 2000 turns in the winding.
What total flux will be produced by 1.0 A of
current in the coil?
O 3.0 x 10^(-6)
O 3.8 x 10^(-6)
O 1.1 x 10^(-6)
O 2.5 x 10^(-6)

A current of 740 mA is passing through a
Toroidal coil consisting of 1,781 turns wound
on a cast-steel ring with a cross-sectional
area of 36 cm^2 and an average path length
of 10 cm. Find the magnetic field strength in
At/m.

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