It is highly unlikely that a human could survive being struck by a lightning bolt with extreme voltage AC. The extreme voltage can cause severe burns, cardiac arrest, and damage to the nervous system. Even if a person does survive the initial strike, they may experience long-term health issues.
It is possible for man-made technology to withstand lightning bolts with extreme voltage AC, but it would need to be specifically designed and built to do so. Regular technology and electrical systems are not typically equipped to handle such high voltage and can be damaged or destroyed by lightning strikes.
Lightning bolts with extreme voltage AC can have a significant impact on the environment. They can start fires, damage trees and plants, and even cause soil erosion. They can also disrupt the delicate balance of ecosystems by killing off certain species and altering habitats.
While it is possible in theory to harness lightning bolts with extreme voltage AC as a source of energy, it is not currently a viable option. The unpredictable nature of lightning strikes makes it difficult to capture and store the energy. Additionally, the cost of building and maintaining the necessary infrastructure would likely outweigh the benefits.
Currently, there is no known way to control or manipulate lightning bolts with extreme voltage AC. They are a natural occurrence that is difficult for humans to predict or control. Attempts to artificially create or manipulate lightning have been largely unsuccessful and can be dangerous.