Realistic Meteor Impact Modelling: Is This YouTube Video Accurate?

In summary, the accuracy of a YouTube video on realistic meteor impact modelling is questionable. While the video may provide a visually compelling representation of a meteor impact, it may not accurately reflect the scientific data and calculations involved in such events. Further research and analysis from credible sources is necessary to determine the accuracy of the video's depiction of a meteor impact.
  • #1
darkar
187
0
i found this video on youtube.com. Basically it is a modelling of how the Earth will be affected when a meteor hit Earth.

Heres the link:
http://youtube.com/watch?v=3JHdYBet_4Q

I wonder, is this modelling close to a realistic modelling?

P/s: It is in japanese.
 
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  • #2
Actually such an impact would be much worst. First of all the object is about the size of the moon (the shadow on the Earth was nearly equal to the whole of North American. At impact it would start to turn into a plasma as it does in the clip But the blast wave would streadout faster then the heat wave. The force of the blast wave would strip bare the Earths surface, flatinging all man's structures nearly level with the ground.
**AS the object hits it buring itself through to the Earth's core, the oceans would immediately flash boil, quickly breaking down the water into hydrogena and oxegen to be ignited into an atomsphreic plasma, The whole of the atmosphere would be fire, plasma, and sparks (the size of small cars to the size of large buildings. For thousands of years the whole of the Earth would be molten--the gases having been blown into space (the extreme heat would excite the gases and they would expand beyond the radius of the Earth's gravity to hold onto it. As the Earth started to cool--ash and other gases would reconstitute the Earth's atmosphere making Venus seem like a paradise to what the Earth would be.
 
  • #3
For a reasonably realistic meteor impact modeler i'd suggest

http://www.lpl.arizona.edu/impacteffects/

It is written by recognized experts in the field, and it has attached documentation of how the program calculates what it does, (a reprint of a paper from meteoritics and planetary science by the authors).
 

1. What is meteorite collision modelling?

Meteorite collision modelling is the process of using mathematical and computational models to simulate and study the impact of meteorites on Earth's surface and other planetary bodies. It helps scientists understand the effects of these collisions and predict potential risks.

2. Why is meteorite collision modelling important?

Meteorite collision modelling is important because it can provide valuable insights into the formation and evolution of our solar system. It also helps us better understand the potential hazards and risks associated with meteorite impacts on Earth and other planets.

3. How is meteorite collision modelling done?

Meteorite collision modelling involves using complex mathematical equations and computer simulations to predict the behavior and effects of meteorite impacts. These models take into account factors such as the size, velocity, and composition of the meteorite, as well as the properties of the impacted surface.

4. What can meteorite collision modelling tell us about past impacts?

Meteorite collision modelling can provide information about the size, location, and frequency of past meteorite impacts. By studying these impacts, scientists can gain a better understanding of Earth's history and how it has been shaped by these events.

5. Can meteorite collision modelling help us prevent future impacts?

Yes, meteorite collision modelling can help us identify potential impact risks and develop strategies to prevent or mitigate their effects. By simulating different scenarios, scientists can assess the effectiveness of different methods, such as deflection or destruction, in preventing a potential impact.

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