If the Earths core stopped rotating, we will either freeze to death if we're away from the sun, or we'll boil to death if we're towards the sun.There will be no night or no day.
Rotation affects the length of days and nights, weather patterns, and ocean tides. If the Earth stopped rotating, the impact would include drastic changes in temperatures, winds, and ocean currents, but the rotation would not affect gravity, the atmosphere, or the Earth's overall shape.
If the earth stopped spinning on its axis but continued rotating round the sun, then we would have 6 months of daylight and 6 months of dark (not precisely, of course. There would be lots of "dusk" in between). The three strongest months of daylight would still be our summer. All the seasons would remain. Winter would not only be cold. It would also be completely dark for three months.If the earth continued spinning on its axis but stopped rotating round the sun, then we would lose our seasons. We would have day and night every 24 hours, but January would be the same temperature as July. All months in any one country would be the same temperature. But if the rotating stopped during the northern summer (that is, when the northern hemisphere is tilted towards the sun) then the northern hemisphere would have continual summer and the southern hemisphere would have continual winter.If the earth stopped spinning on its axis AND stopped rotating round the sun we would become rather like the moon. One half of the earth would be continuously dark (and cold) and the other half would be continuously light (and warm). The countries with the sun immediately above them would be hottest, and the countries on the edges of the sunlight would be cooler. There would probably be lots of migrants looking for a place in the sun! Presumably they could bring all their solar farms with them.+++This makes two fundamental mistakes - apart from there being no conceivable mechanism to bring the Earth to a stop.'1) The question asks what if the Earth stops spinning on its axis. The answer above explains what would happen if it slowed to a "day" lasting a full year, i.e. still rotating but extremely slowly, but still orbiting the Sun. The Moon's own rotation and orbit around the Earth obey this sort of synchronicity. If rotation stops completely but the orbit remains, one "side" ("side" of a sphere?) would be in permanent sunlight and the other in permanent darkness.'2) If the orbit were to stop, irrespective of rotation, the Earth would "fall" into the Sun!
It would mean that the Earth had stopped rotating.Even the complete disappearance of the Moon would not stop the tides,because the Sun has a lot of influence on them too. Even without theMoon, there would still be substantial tides, as long as Earth continuedto rotate.(Also note that if the Earth stopped rotating, the disappearance of the tideswould be the least of our problems.)Just to be clear, the tides will stop when the Earth stops rotating relative to the Moon. It would still have some rotation relative to the stars. The Earth's rotation is actually very slowly slowing down. So, eventually, the Moon should only be visible from one side of the Earth.Even then there would still be some rotation relative to the Sun. So, if you want to be really "picky" the tides would not stop completely.This process will take billions of years, so the Sun becoming a red giantmay "spoil" things.
if the earth stopped rotating altogether we would surely die, the dark side of earth would be unbearable in regard to the cold, and the side being scorched by the continuous heat of the sun would also be unlivable and even if the earths size enabled it to keep it's atmosphere it could very well go the way of venus where one day on this hellish planet is almost as long as it's year, it is actually 243 earth days for one full rotation of venus where the atmosphere is crushing and the surface temperature hotter than 490
Gravity is an inherent property of matter; it is unrelated to the Earth's rotation. You may be asking if the centripetal force of the Earth's rotation is significantly counteracting the Earth's gravity. The answer is, "No." If the Earth were not rotating, your apparent weight would be no more than about 5% more than it is. If the Earth stopped in it's orbit, then we would probably crash into the sun. This would happen because there is gravity and centrifugal force keeping the Earth in orbit. If the centrifugal force stopped, but gravity kept going then we would keep going until we hit something. Just like in space, If something is pushed by a greater force, it keeps going until something bigger stops it. This is Newtons first law of motion.
how do you think earth's landforms would be the earth stopped ratating?
nope :)
If the Earth (more or less) stopped rotating.
Then the world would have no days or nights. We would just be either day or night depending on when the earth stopped rotating on it axis.
Stoped rotating. A day would take a year. Perpendicular. There would be no seasons.
we'd all die because we would feel earth stop rotating . because we can only feel acceleration and stopping
Yes, each would last six months.
Time as humans know it is a concept relative to the rotation of the Earth. If the Earth stopped rotating around the Sun, than Earth as a planet would begin to die from cold and lack of sunlight.
If the earth stopped rotating, then at every point on earth, the sun would be up in the sky for six months, and then down for six months. We would most likely have very hot days six months long, and very cold nights six months long, with a lot of wind most of the time. It might also be hard to sleep until we got used to it.
If the earth stopped revolving, it would be drawn into the sun. It could crash into Venus or Mercury on its way into the Sun, or it could just crash into the sun and be vaporised. In the circumstances, whether or not it stopped rotating is a bit irrelevant. Nevertheless, since you asked, one side of the earth, facing the Sun would heat up while the other cooled.The main problem is if it stopped revolving. It would be attracted by the Sun, fall towards it, and fall into the Sun in a few months.
Yes, indeed it would. Gravity is not caused by the rotation of the Earth. In fact, there would be a very small increase in the "apparent gravity" at the Earth's surface because of the lack of a "centrifugal" effect.
If the Earth suddenly stopped rotating on its axis, the ocean currents would be greatly disrupted. The rotation of the Earth plays a significant role in creating and maintaining ocean currents. Without the rotation, the currents would likely slow down or even stop altogether, leading to significant changes in ocean circulation patterns and potentially causing disruptions to marine ecosystems.