A generator consists of a circular coil with a radius of 0.2 meters wound 84 times...
A generator consists of a circular coil with a radius of 0.2 meters wound 84 times spinning at 148 times per second in a uniform magnetic field of 0.3 Tesla. It is attached to the primary side of a transformer which is wrapped 157 times on the primary side and 33 times on the secondary side. If the maximum current on the secondary side is 6 amps, what is the resistance of the secondary side in Ohms? (It's not important, but in this context, the resistance of the secondary side is typically called the load.)
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A generator consists of a circular coil with a radius of 0.2
meters wound 84 times...
Question 2 1.5 pts 2) A circular coil with a radius of 0.2 meters wrapped 44...
Question 2 1.5 pts 2) A circular coil with a radius of 0.2 meters wrapped 44 times is spun at a frequency of 34 Hz in a uniform magnetic field to form a generator. It is then connected to the primary transformer. The primary side has 36 turns and the secondary side has 18 turns. The maximum secondary current is 8 amps and the resistance of the coil on the primary side is 3 Ohms. What is the amount of...
A transformer is wound 34 times on the primary side and 16 times on the secondary...
A transformer is wound 34 times on the primary side and 16 times on the secondary side. If maximum EMF on the secondary side is 50 volts, what is the current on the primary side, in amps, if the resistance on the primary side is 7 Ohms? Hint: first find the maximum EMF on the primary side.
A square wire wrapped 24 times with a length of 0.2 meters is placed in the...
A square wire wrapped 24 times with a length of 0.2 meters is placed in the x-y plane in a uniform magnetic field directed in the -z direction. The magnetic field changes in magnitude from 0.14 T to 0.38 T in a time of 0.3 seconds. What is the amount, in amps, and the direction of the average induced current if the resistance of the wire is 0.8 Ohms? Indicate clockwise by including a negative sign and counter-clockwise by not...
A generator has 534 circular loops with a diameter of 0.234 meters. The magnetic field applied...
A generator has 534 circular loops with a diameter of 0.234 meters. The magnetic field applied through the region where our loops will spin is 0.456 T. It outputs an average of 66 MW. Assume the generator circuit is the source as described above in an AC-RL circuit where R is the equivalent resistance Req and the inductor L is an ideal transformer. 8. If the wire loops spin at 9.33x104 rev/min, what is the Vmax produced by the generator?...
Please answer all the questions!!! A generator has 534 circular loops with a diameter of 0.234...
Please answer all the questions!!!
A generator has 534 circular loops with a diameter of 0.234 meters. The magnetic field applied through the region where our loops will spin is 0.456 T. It outputs an average of 66 MW. Assume the generator circuit is the source as described above in an AC-RL circuit where R is the equivalent resistance Reg and the inductor L is an ideal transformer. 8. If the wire loops spin at 9.33x104 rev/min, what is the...
Question 2 1.5 pts 2) A circular coil with a radius of 0.2 meters wrapped 44 times is spun at a frequency of 34 Hz in a uniform magnetic field to form a generator. It is then connected to the primary transformer. The primary side has 36 turns and the secondary side has 18 turns. The maximum secondary current is 8 amps and the resistance of the coil on the primary side is 3 Ohms. What is the amount of...
A generator has 534 circular loops with a diameter of 0.234 meters. The magnetic field applied through the region where our loops will spin is 0.456 T. It outputs an average of 66 MW. Assume the generator circuit is the source as described above in an AC-RL circuit where R is the equivalent resistance Req and the inductor L is an ideal transformer. 8. If the wire loops spin at 9.33x104 rev/min, what is the Vmax produced by the generator?...
Please answer all the questions!!!
A generator has 534 circular loops with a diameter of 0.234 meters. The magnetic field applied through the region where our loops will spin is 0.456 T. It outputs an average of 66 MW. Assume the generator circuit is the source as described above in an AC-RL circuit where R is the equivalent resistance Reg and the inductor L is an ideal transformer. 8. If the wire loops spin at 9.33x104 rev/min, what is the...
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