The likelihood for such an occasion is for all intents and purposes zero, in the following not many billion years. Assuming the Earth quit turning abruptly, the air would in any case be moving with the Earth's unique 1100 mile each hour pivot speed at the equator. All the land masses would be scoured clean of anything not appended to bedrock. This implies rocks, dirt, trees, structures, your pet canine, etc... Would be cleared away into the climate.
In the event that the interaction happened step by step north of billions of years, the circumstance would be totally different, and it is this change which is the most probable as the consistent twisting of the Sun and Moon upon the Earth at long last arrives at its decision. In the event that the pivot period eased back to 1 revolution at regular intervals, a condition called 'sun simultaneous', each spot in the Earth would have super durable daytime or evening the entire year. This is like the circumstance on the Moon where for a long time the front-side is enlightened by the Sun, and for a considerable length of time, the posterior is enlightened. The present circumstance for the Earth isn't the state of 'halted' turn, however, it is just about as close as the laws of material science will allow the Earth to get.
In the event that it quit turning completely...not even when like clockwork, you would get/long term sunlight and/long term nighttime. During daytime for a very long time, the surface temperature would rely upon your scope, being far more blazing than it is currently at the equator than at the posts where the light beams are more skewed and warming proficiency is lower. This drawn-out temperature slope would adjust the climatic breeze dissemination design, so the air would move from the equator to the posts, rather than in wind frameworks corresponding to the equator like they are present. The yearly change in the Sun's situation in the sky would now be only its occasional movement all over the sky towards the south because of the circle of the Earth and its hub slant. As you moved along steady lines of Earth's scope, you would see the rise of the Sun increment or abatement in the sky, similarly as we presently see the height of the Sun change from a solitary direct on the Earth due toward the Earth's everyday turn.
For instance, assuming you were at a scope of +24 degrees North in the Summer and at a longitude where the Sun was actually overhead, it would slide steadily to the skyline as Fall drew closer, yet since the Sun has moved 90 degrees in its circle, it would now be expected west. Then, at that point, as we approach Winter, you would now be situated on the clouded side of the Earth and would need to venture out in longitude to an area 180 degrees around the Earth to see the Sun 1/2 far up the sky on the grounds that in the Winter, the Sun is 48 degrees south of its late spring area in the sky. It's somewhat irritating, yet assuming you utilize a globe of the Earth and arrange it the correct way, you can perceive how this works out.
With respect to different impacts, probably the attractive field of the Earth is created by a dynamo impact that includes its pivot. In the event that the Earth quit turning, its attractive field would never again be recovered, and it would rot away to some low, remaining worth because of the tiny part which is 'fossilized' in its iron-rich rocks. There would be no more 'Aurora Borealis' and the Van Allen radiation belts would most likely evaporate, as would our insurance from infinite beams and other high-energy particles. This is a critical biohazard.
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