A) An inductor is in the shape of a cylindrical coil (a solencid). It has a...

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A) An inductor is in the shape of a cylindrical coil (a solencid). It has a diameter of 5.00mm and a length of 1.00cm. The piece of wire used to wind it was 28.28mkng. What is the induclance of the solenoid? B) The inductor is exchanged with one that has an inductance of 23.0mH This is placed in a DC circuit in series with a resistor of 1.200 and a constant ornf of 24.0V, see Figure 3. When the switch is cloged the current in the circult increases. What is the current after 5.00ms ? C) Keeping the switch cloesd, the emf is now changed to an AC source with a sine wave shape. The ent has an angular frequency of 100Hz. What is the impedance of the circuil? What is the phase angle between curent and voltage in ine arcuira A) An inductor is in the shape of a cylindrical coil (a solencid). It has a diameter of 5.00mm and a length of 1.00cm. The piece of wire used to wind it was 28.28mkng. What is the induclance of the solenoid? B) The inductor is exchanged with one that has an inductance of 23.0mH This is placed in a DC circuit in series with a resistor of 1.200 and a constant ornf of 24.0V, see Figure 3. When the switch is cloged the current in the circult increases. What is the current after 5.00ms ? C) Keeping the switch cloesd, the emf is now changed to an AC source with a sine wave shape. The ent has an angular frequency of 100Hz. What is the impedance of the circuil? What is the phase angle between curent and voltage in ine arcuira

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The detailed answer for the above question is provided below SOLUTION A To find the inductance of the solenoid we can use the formula Inductance L Area Length Number of turns where is the magnetic con... View the full answer