All of the provided options are potential dangers associated with volcanic dust clouds and plane engines.

1. Glass particles can shred the jet engines: Volcanic ash is composed of tiny fragments of rock, minerals, and volcanic glass. When these particles enter a jet engine, they can cause significant damage to the engine's components, potentially leading to engine failure.

2. Glass particles reheat in jet engines, becoming lava again: The high temperatures inside a jet engine can cause the volcanic glass particles to melt and then solidify again on the engine's turbine blades. This can disrupt the airflow and cause the engine to stall.

3. Dust can clog the filters in the engines: Volcanic ash is composed of very fine particles that can easily clog the air filters in a plane's engines. This can reduce the engine's performance and potentially lead to engine failure.

4. Dust makes it difficult to filter air to passengers: In addition to affecting the engines, volcanic ash can also clog the plane's air conditioning and pressurization systems. This can make it difficult to provide clean, filtered air to the passengers, potentially leading to health issues.

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All of the provided options are potential dangers associated with volcanic dust clouds and plane engines.

1. Glass particles can shred the jet engines: Volcanic ash is composed of tiny fragments of rock, minerals, and volcanic glass. When these particles enter a jet engine, they can cause significant damage to the engine's components, potentially leading to engine failure.

2. Glass particles reheat in jet engines, becoming lava again: The high temperatures inside a jet engine can cause the volcanic glass particles to melt and then solidify again on the engine's turbine blades. This can disrupt the airflow and cause the engine to stall.

3. Dust can clog the filters in the engines: Volcanic ash is composed of very fine particles that can easily clog the air filters in a plane's engines. This can reduce the engine's performance and potentially lead to engine failure.

4. Dust makes it difficult to filter air to passengers: In addition to affecting the engines, volcanic ash can also clog the plane's air conditioning and pressurization systems. This can make it difficult to provide clean, filtered air to the passengers, potentially leading to health issues.

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All of the provided options are potential dangers associated with volcanic dust clouds and plane engines.

1. Glass particles can shred the jet engines: Volcanic ash is composed of tiny fragments of rock, minerals, and volcanic glass. When these particles enter a jet engine, they can cause significant damage to the engine's components, potentially leading to engine failure.

2. Glass particles reheat in jet engines, becoming lava again: The high temperatures inside a jet engine can cause the volcanic glass particles to melt and then solidify again on the engine's turbine blades. This can disrupt the airflow and cause the engine to stall.

3. Dust can clog the filters in the engines: Volcanic ash is composed of very fine particles that can easily clog the air filters in a plane's engines. This can reduce the engine's performance and potentially lead to engine failure.

4. Dust makes it difficult to filter air to passengers: In addition to affecting the engines, volcanic ash can also clog the plane's air conditioning and pressurization systems. This can make it difficult to provide clean, filtered air to the passengers, potentially leading to health issues.

What is dangerous about the dust cloud from volcanoes and plane engines? Group of answer choices Glass particles can shred the jet engines Glass particles reheat in jet engines, becoming lava again Dust can clog the filters in the engines Dust makes it difficult to filter air to passengers

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