Question

3) A solenoid with 44 x 103 turns per meter, a cross sectional radius of 0.5...

3) A solenoid with 44 x 103 turns per meter, a cross sectional radius of 0.5 m, and a length of 0.2 meters is used as to form an inductor. Then a 9 x 103 volt battery (DC) is connected in series to this inductor, a resistor of 4 kilo-Ohms, and another resistor of 6 kilo-Ohms. After 14 milli-seconds, what is the power output of the battery in kilo-watts?

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
part A A solenoid with 44 x 103 turns per meter, a cross sectional radius of...
part A A solenoid with 44 x 103 turns per meter, a cross sectional radius of 0.5 m, and a length of 0.2 meters is used as to form an inductor. Then a 8 x 103 volt battery (DC) is connected in series to this inductor, a resistor of 2 kilo-Ohms, and another resistor of 8 kilo-Ohms. After 14 milli-seconds, what is the power output of the battery in kilo-watts? part Aa. A battery (DC battery) is connected in series...
3) A solenoid with 31 x 103 turns per meter, a cross sectional radius of 0.4...
3) A solenoid with 31 x 103 turns per meter, a cross sectional radius of 0.4 m, and a length of 0.2 meters is used as to form an inductor. Then a 9 x 103 volt battery (DC) is connected in series to this inductor, a resistor of 3 kilo-Ohms, and another resistor of 7 kilo-Ohms. After 13 milli-seconds, what is the power output of the battery in kilo-watts?
A solenoid with 45 x 103 turns per meter, a cross sectional radius of 0.4 m,...
A solenoid with 45 x 103 turns per meter, a cross sectional radius of 0.4 m, and a length of 0.2 meters is used as to form an inductor. Then a 9 x 103 volt battery (DC) is connected in series to this inductor, a resistor of 6 kilo-Ohms, and another resistor of 7 kilo-Ohms. After 12 milli-seconds, what is the power output of the battery in kilo-watts?
A solenoid with 39 x 103 turns per meter, a cross sectional radius of 0.3 m,...
A solenoid with 39 x 103 turns per meter, a cross sectional radius of 0.3 m, and a length of 0.3 meters is used as to form an inductor. Then a 5 x 103 volt battery (DC) is connected in series to this inductor, a resistor of 6 kilo-Ohms, and another resistor of 6 kilo-Ohms. After 14 milli-seconds, what is the power output of the battery in kilo-watts?
A solenoid with 29 x 10^3 turns per meter, a cross sectional radius of 0.5 m,...
A solenoid with 29 x 10^3 turns per meter, a cross sectional radius of 0.5 m, and a length of 0.3 meters is used as to form an inductor. Then a 8 x 10^3 volt battery (DC) is connected in series to this inductor, a resistor of 4 kilo-Ohms, and another resistor of 4 kilo-Ohms. After 11 milli-seconds, what is the power output of the battery in kilo-watts?
A long solenoid is used as an inductor in an R-L circuit. The solenoid has 165/m...
A long solenoid is used as an inductor in an R-L circuit. The solenoid has 165/m and a cross-sectional radius of 0.14 meters. It is placed into a R-L circuit with a 18 Ohm resistor and a battery initially. The battery is removed, the initial current is 3 amps, and 8 milli-seconds after the battery has been removed, the voltage across the inductor is 7 volts. What is the length of the solenoid in meters?
An ideal solenoid with 875 turns is 0.250 m long and has a cross-sectional area of...
An ideal solenoid with 875 turns is 0.250 m long and has a cross-sectional area of 3.00 ✕ 10−3 m2. (a) What is the inductance of this solenoid? H (b) If we connect this solenoid in series with a 12.0-V battery and a 195-Ω resistor, what is the maximum value of the current? A (c) Assuming the current is zero when t = 0 as the circuit elements are connected, at what time will the current reach 50% of its...
A solenoid runs though the x-y plane with 3/m x 104 (turns per meter) with current...
A solenoid runs though the x-y plane with 3/m x 104 (turns per meter) with current that is always counter-clockwise. Initially, the current is 5 amps for the solenoid. A square wire with sides of 0.49 meters is wrapped 21 times and is placed in the x-y plane within the solenoid. Due to the current changing in the solenoid over a time of 0.30 seconds, the average induced current creates a magnetic moment of 73.7 x 10-3 A m2 in...
A solenoid runs though the x-y plane with 3/m x 104 (turns per meter) with current...
A solenoid runs though the x-y plane with 3/m x 104 (turns per meter) with current that is always counter-clockwise. Initially, the current is 5 amps for the solenoid. A square wire with sides of 0.49 meters is wrapped 21 times and is placed in the x-y plane within the solenoid. Due to the current changing in the solenoid over a time of 0.30 seconds, the average induced current creates a magnetic moment of 73.7 x 10-3 A m2 in...
A solenoid with 7 x 104 /m (turns per meter) runs through the x-y plane. Within...
A solenoid with 7 x 104 /m (turns per meter) runs through the x-y plane. Within the solenoid a charge of +3 coulombs with a mass of 4 grams is initially moving at 39 m/s in the +x direction. Due to the magnetic field created by the solenoid it orbits in a circle of radius 0.34 meters counter-clockwise. What's the amount, in amps, and direction of the current for the solenoid? If clockwise, input the current as negative.