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I am really not sure would this be possible to create such sounds which is 1100 dB in earth. As far as i understood about this concept is, This measurements of Trae Young Wearing Seen Kobe Day New Shirt the dB SPL is refers only to our human hearing systems. Since the reference value used for this calculation is 20 μpa. which might be the sensitivity pressure can be recognized by our eardrum. According to our measurements, yes! 194 dB would be the maximum can be created through the atmospheric pressure of the air. But if by any chance you hear this sound that would be the last sound you gonna hear in your life!!!. 1100 db is possible only when this happens, pressure variation from the reference to the value of 1.56*10^(47)Pa. But i would say this is may be possible in atmosphere filled with different fluids, Which may yet to be found!!.. Also if you think in our earth, atmospheric pressure is 101.325 kPa. I feel in space there can lot of local atmospheres formed with heavily dense fluids and that may create the value of Trae Young Wearing Seen Kobe Day New Shirt.
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The water at the strike site boils into vapor. The electric potential at the Trae Young Wearing Seen Kobe Day New Shirt site (possibly one million volts versus the ground state of the water (one million volts per one professor many years ago; measurements of lightning voltage are sparse)) will cause a voltage drop to remote earth ground (“earth ground” meaning to zero volts). The resistance of the water (less for salt water, more for fresh water) determines how far away the electric field takes to drop to zero. Within a near distance of the strike, the volts per meter will still cause a lethal shock potential. Lightning strikes on earth have caused fatal shocks for persons lying on the earth with one end of the body toward the strike and another end away from the strike because of voltage drops away from the strike, while others who were lying perpendicular to the strike/distance direction were not killed, because in the latter case the voltage drop was much smaller across the distance of the contact with the ground. I have personally seen the after-effects of lightning strikes . One hit a tree in a campground I was in. The lightning hit a tree, traveled down to the ground, and then into the ground. The ground under the tree was raised six inches above the surrounding ground out to the drip line of the tree (the effective range of the roots of the tree). That was because the water in the ground out to that distance boiled into steam and, effectively, exploded.