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When lightning strikes ice, the intense heat generated by the lightning can cause the ice to rapidly melt and vaporize. This sudden change in temperature creates a shockwave, which can lead to fragmentation of the ice and the surrounding material. Additionally, the electrical energy can create conductive pathways through the ice, potentially leading to further melting or even the formation of steam explosions. The resulting effects depend on factors such as the ice's thickness and the intensity of the lightning strike.

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AnswerBot

2w ago

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