Short Answer
A bolt of lightning strikes the ground 200 m from a 100-turn coil oriented vertically and with the plane of the coil pointing toward the lightning strike. The radius of the coil is 0.800 m and the current in the lightning bolt falls from 6.02 × 106 A to zero in 10.5 μs. What is the voltage induced in the coil over this time period? [A question for future electrical engineers: is there any way to get lightning to strike repeatedly at the same point?]
![A bolt of lightning strikes the ground 200 m from a 100-turn coil oriented vertically and with the plane of the coil pointing toward the lightning strike. The radius of the coil is 0.800 m and the current in the lightning bolt falls from 6.02 × 106 A to zero in 10.5 μs. What is the voltage induced in the coil over this time period? [A question for future electrical engineers: is there any way to get lightning to strike repeatedly at the same point?] ](https://d2lvgg3v3hfg70.cloudfront.net/TB8847/11eb8c7e_f572_03da_8371_dbd4ab5d17bb_TB8847_00.jpg)
Correct Answer:
Verified
Correct Answer:
Verified
Q6: A rectangular loop (area = 0.15 m<sup>2</sup>)
Q14: In a region of space where the
Q15: A conducting bar moves as shown near
Q15: A conducting rod (length = 2.0 m)
Q16: As shown below, a square loop of
Q19: Starting outside the region with the magnetic
Q20: Two bulbs are shown in a circuit
Q22: A bar magnet is dropped from above
Q23: A 500-turn circular loop 15.0 cm in
Q37: A conducting rod (length = 80 cm)