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The 1883 eruption of Krakatoa was one of the loudest sounds in recorded history, with reports of the sound being heard up to 3,000 miles away. Witnesses described it as a series of deafening explosions, like the sound of artillery or cannon fire, followed by a deep rumbling noise that lasted for hours.

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4mo ago

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what did the 1883 eruption of Krakatoa look like?

It had island features.


Is Krakatoa a super volcano?

Okay from what we have found out so far 2012, it looks like Krakatoa is a super volcano. Pre 1883 The was a earlier Caldera forming eruption, which split the main land of Java and Sumatra apart. This lead to the formation of the Sunda Straits. (super eruption) 416 AD Krakatoa was again mentioned in the book of kings. In recent eruptions it has not had a large super eruption, but as we all know who like the story of Krakatoa it 'child' Anakrakatoa is a source of concern. So there's my answer circa 2012 :0)


What was Krakatoa's viscosity?

Krakatoa's magma viscosity was estimated to be relatively low, indicating it was more fluid-like. This low viscosity contributed to the violent explosive eruption in 1883, producing devastating volcanic events such as pyroclastic flows and tsunamis.


What is the Krakatoa volcano like now?

Krakatoa volcano is currently active and has a history of violent eruptions. Its last major eruption was in 1883, which caused one of the most catastrophic volcanic events in recorded history. The volcano is closely monitored by scientists for any signs of increased activity.


How Do Krakatoa Look Like?

The nearby islands of Java and Sumatra are heavily forested with occasional towns. The small islands that remain of the original Krakatoa are also forested. Some trees grow around the new volcanic island of Anak Krakatau has some trees around the edges but is mostly covered in ash and volcanic rock.


What is the value of 1883?

The value of 1883 can refer to different contexts, such as historical significance, numerical value, or even as a year. Historically, 1883 is notable for events like the eruption of Krakatoa, which had significant climatic and cultural impacts. In a numerical sense, it is simply a number that may be used in various calculations or representations. If you have a specific context in mind, please clarify for a more tailored response.


How long did Krakatoas eruption go on for in 1883?

six seconds like an orgasam


Is krakatau active or dormant?

As scary as it seems, no! Krakatoa actually reformed after an island destroying eruption in 1883. Now Krakatoa is back and has erupted visibly, (not underwater) periodically between around the 1930's to 2007. Thankfully these eruptions were small and any major eruption like that in 1883 will likely occur in hundreds of years.


How far can sound travel through air?

Sound conduction through air is dependent on temperature and the strength of the sound, but sound can travel extremely far in the air. The 1883 eruption of Krakatoa volcano (Level 6 on the Volcanic Scale. The eruption was equivalent to a 200 megaton blast, or 13,000 times that of the Hiroshima bomb, and 4 times that of the largest nuclear device ever detonated, the Tsar Bomba, at 50 megatons. The eruption was heard over 3,000 miles away.


What caused the loudest sound ever recorded?

An ex-wife ... lol Sorry, just couldn't resist ... ! _____________ Of the various natural things that can occur on earth without extra-terrestrial involvement, the loudest thing perhaps is the eruption of the caldera of a mega-volcano, or the eruption of a very large cone-producing volcano. Maybe louder still would be a collision with a very large comet or other body. I wouldn't like to be around in either case. Considering non-cataclysmic events, my guess would be: either the world's winds combined, or the world's surface water. If we could collect and concentrate the sound produced by either of these things, the loudness would be unexpected and phenomenal.


How much damage did Krakatoa cause?

The eruption of Krakatoa in 1883 was one of the most powerful in recorded history, causing close to 36,000 deaths, and resulting in tsunamis that reached heights of up to 130 feet. The explosion also ejected massive amounts of ash and aerosols into the atmosphere, leading to global climate effects like spectacular sunsets and a temporary drop in temperatures.


How did the plates which formed Krakatoa move?

There is a subduction zone under Krakatoa where the Indian Ocean seafloor is being pushed eastwards under Indonesia. (The Australian plate is moving under the Eurasian plate here.) When the seafloor is pushed into the earth it melts due to increases in pressure and temperature. The hot, melted seafloor material (now known as magma) rises up and creates volcanoes like Krakatoa.