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I hope everyone is interiorVery close to SL...hope Heinzgud is in the interior.....
I hope everyone is interiorVery close to SL...hope Heinzgud is in the interior.....
Don't worry Tuty is always safe-guarded by Srilanka against any TsunamissssssssssMy native is Puliangudi- In Tirunelveli district and most of my relatives are in Tuticorin
I mean compared to previous times when there was no warning at all, early warning can save most lives. Controlling Natural Events like earthquake, tsunami is out of question in these times, may be in future.Technology is not good enough, we are not able to do anything to stop it.
I am talking of future only!!I mean compared to previous times when there was no warning at all, early warning can save most lives. Controlling Natural Events like earthquake, tsunami is out of question in these times, may be future like in some sci-fi movies.
how can waves travel untill mumbai & Mangalore? are they going to take a right turn after hitting Kanyakumari?Map: When the tsunami is likely to hit India Remember, it's just possibility!!
What??????? where you buddy....i did not feel anything...i felt the tremors here at Vizag....
I am also not sure why western part? It was alerted by TSUNAMI INTERNATIONAL BULLETIN.how can waves travel untill mumbai & Mangalore? are they going to take a right turn after hitting Kanyakumari?
my colleagues told me tremors in Vijaywada.i felt the tremors here at Vizag....
Hope this helps....how can waves travel untill mumbai & Mangalore? are they going to take a right turn after hitting Kanyakumari?
How does tsunami energy travel across the ocean and how far can tsunamis waves reach, Tsunami, Tsunami Information, tsunami story , Tsunami HazardTsunami waves are mechanical waves and thus energy transfer is through the phenomenon of compression and rarefaction. These waves move through their source towards the onshore areas due to the additional impact of wind on the surface of water. This phenomenon of water wave movement can be understood as the generation of ripples on water surface when disturbed by any external impact. In a tsunami wave, the whole of water mass moves about 30 metres horizontally to and fro from the impact which caused it. Another up and down motion combined with this to and fro motion causes the wave to travel in an elliptical geometry. A typical tsunami wave can have an amplitude A of 1 metre and a wavelength L of the order of 799.9 kilometres, which can be used to calculate its speed. For the average depth of the Indian Ocean, which is three and a half kilometres, the speed of water waves was calculated as around 650 kilometres per second. Such speeds combined with high associated energy levels explains the destructive capabilities of tsunami waves.