Large horizontal and vertical temperature gradients caused by absorption of sunlight in smoke and dust clouds may greatly accelerate transport of particles and radioactivity from the Northern Hemisphere to the Southern Hemisphere. In a 5000-megaton war, at northern mid-latitude sites remote from targets, radioactive fallout on time scales of days to weeks can lead to chronic mean doses of up to 50 rads from external whole-body gamma-ray exposure, with a likely equal or greater internal dose from biologically active radionuclides. Toon Blast has over 5,000 levels, each with its own unique goal. Almost all of them were based on a nuclear exchange in the 5,000-megaton. Standard provides teams with 5 TB (5,000 GB) of storage and simple. The yield threshold for major optical and climatic consequences may be very low: only about 100 megatons detonated over major urban centers can create average hemispheric smoke optical depths greater than 2 for weeks and, even in summer, subfreezing land temperatures for months. the cumulative effects of extreme heat, blast, radiation, and dust thrown. Blast your handwritten notes to popular cloud services like Google drive, Dropbox. Primary metal Industries Blast furnace and basic steel products Blast. For many simulated exchanges of several thousand megatons, in which dust and smoke are generated and encircle the earth within 1 to 2 weeks, average light levels can be reduced to a few percent of ambient and land temperatures can reach -15 degrees to -25 degrees C. If you finished all the episodes and levels you will enter the Champion league and try to become one of the top 100 Players globally on Toon Blast. Significant hemispherical attenuation of the solar radiation flux and subfreezing land temperatures may be caused by fine dust raised in high-yield nuclear surface bursts and by smoke from city and forest fires ignited by airbursts of all yields. Starting From level 350 you will finished an episode every 50 levels and enter a new episode and finished the new episodes 50 levels to enter the next following episode. Although the results are necessarily imprecise due to wide range of possible scenaros and uncertainty in physical parameters, the most probable first-order effects are serious. The potential global atmospheric and climatic consequences of nuclear war are investigated using models previously developed to study the effects of volcanic eruptions.
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