Determine the inductance of a solenoid with 670 turns in a length of 30cm . The...

Question

Question

Determine the inductance of a solenoid with 670 turns in a length of 30cm . The circular cross section of the solenoid has a radius of 5.0cm .

science physics

Answer 1

Answer #1

self inductance of a solenoid is L=(uo*N^2*A)/l

=(12.56*10^-7*670^2*(pi*0.05^2)/0.3

=14.75*10^-3 Henry

=14.75 mH

Answer 2

Similar Homework Help Questions

Determine the inductance of a solenoid with 670 turns in a length of 29 cm ....

Determine the inductance of a solenoid with 670 turns in a length of 29 cm . The circular cross section of the solenoid has a radius of 4.1 cm .
Calculate the inductance of a solenoid having 30cm length with 500 turns and diamter of 1.0...

Calculate the inductance of a solenoid having 30cm length with 500 turns and diamter of 1.0 cm when current of 5A passes through it
The inductance of a solenoid with 420 turns and a length of 21cm is 7.6mH ....

The inductance of a solenoid with 420 turns and a length of 21cm is 7.6mH . What is the cross-sectional area of the solenoid? What is the induced emf in the solenoid if its current drops from 3.0A to 0 in 60ms ?

The inductance of a solenoid with 450 turns and a length of 24 cm is 7.3...

The inductance of a solenoid with 450 turns and a length of 24 cm is 7.3 mH. (a) What is the cross-sectional area of the solenoid? (b) What is the induced emf in the solenoid if its current drops from 3.2 A to 0 in 55 ms?
Inductance 4. (4) Consider an air-core solenoid with a circular cross-section, radius 8.00 mm and length...

Inductance 4. (4) Consider an air-core solenoid with a circular cross-section, radius 8.00 mm and length 20.00 cm, and exactly 350 windings. If a current of 4.75 mA is sent through the solenoid (a) If the current is going through the coils clockwise as seen from above the coils, sketch the magnetic field that is generated (b) Determine the magnitude of the average magnetic field inside the solenoid (c) Determine the inductance of the solenoid
2. A solengid has n turns per unit length. The radius of solenoid is R. A...

2. A solengid has n turns per unit length. The radius of solenoid is R. A circular loop of wire with 10 turns and radius r<R lies along the axis of the solenoid near the middle of its length. If the current ie he circular loop is I, find the magnetic flux through the solenoid. 3. Two tiny wire loops with areas ar and az are situated a distance r apart. Find their mutual inductance,

The inductance of a solenoid with 450 turns and a length of 26 cm is 6.9...

The inductance of a solenoid with 450 turns and a length of 26 cm is 6.9 mH What is the cross-sectional area of the solenoid? Express your answer using two significant figures What is the induced emf in the solenoid if its current drops from 2.9 A to 0 in 58 ms ? Express your answer using two significant figures
Question 2: A circular solenoid of radius 2.5 cm has 400 turns and a length of...

Question 2: A circular solenoid of radius 2.5 cm has 400 turns and a length of 20 cm. The current in the solenoid changes at the rate of +38 A/s. a) Find the self-inductance L of the solenoid. b) Calculate the magnitude of the induced emf in the solenoid
The inductance of a solenoid with 500 turns and a length of 26 cm is 7.3...

The inductance of a solenoid with 500 turns and a length of 26 cm is 7.3 mH . Part A What is the cross-sectional area of the solenoid? Express your answer using two significant figures. A = m2 Part B What is the induced emf in the solenoid if its current drops from 3.5 A to 0 in 51 ms ? Express your answer using two significant figures. E = V

The following solenoid has 200 turns and a length of 15 cm and a radius of...

The following solenoid has 200 turns and a length of 15 cm and a radius of 2 cm. The current which is going in the direction shown and it VARIES from -2.0 Amperes to 2.0 Amperes in 0.4 seconds. S N What is the self-inductance of the solenoid? What is the induced EMF in the solenoid? • How many turns does a solenoid with length 30 cm needs to have with the same radius to have the same INDUCTANCE as...