With little asteroids, they are so small that we generally cannot see them until they actually hit. The first ever asteroid detected in time was detected in October 2008, and the asteroid did strike the Earth 16 hours later, exploding high in the atmosphere over the Sudan, a nation in Africa. (There were no known casualties.)
As of now, there are no known asteroids that are on a collision course with the Earth.
Halley's comet is not predicted to hit Earth in the foreseeable future. The next time it will be visible from Earth is in 2061.
A solar storm could disrupt power grids, satellite communications, and GPS systems on Earth. It may also lead to increased aurora activity in polar regions and pose a radiation risk to astronauts in space. Scientists and engineers regularly monitor the Sun's activity to prepare for potential impacts of solar storms.
The belt of maximum solar energy input to Earth is the Equator. This is because the Sun's rays hit the Earth more directly at the Equator, resulting in more intense solar radiation compared to other latitudes.
About 174 Petawatts of solar energy from the sun hits the Earth in the form of sunlight.
the equater A+ 90 degrees
Scientists believe that the earth will be hit with a solar storm in the near future as the sun reaches it peak in its cycle. Some believe that satellite communications and power grids can be severely effected or knocked out completely.
Currently there are no asteroids expected to hit Earth in the next 100 years.
Halley's comet is not predicted to hit Earth in the foreseeable future. The next time it will be visible from Earth is in 2061.
A solar storm could disrupt power grids, satellite communications, and GPS systems on Earth. It may also lead to increased aurora activity in polar regions and pose a radiation risk to astronauts in space. Scientists and engineers regularly monitor the Sun's activity to prepare for potential impacts of solar storms.
A planetary alignment should not have any significant influence on such an event, one way or the other.
The Sun is a source of charged particles that hit the Earth. These particles, known as solar wind, consist mainly of electrons and protons. When they interact with the Earth's magnetic field, they can create phenomena such as the auroras.
There is currently no known prediction for the occurrence of a solar tsunami that will hit Earth. Solar tsunamis are rare events caused by solar flares or coronal mass ejections on the Sun. Although they can impact space weather and satellite communications, their timing and intensity are difficult to predict accurately.
There are currently no known asteroids predicted to hit Earth in the near future. Astronomers continuously monitor and track near-Earth objects to assess any potential impact risks, but at this time, there are no imminent threats.
It is called a magnetic storm. What happens is during solar flares, sun throws out some high energy particles, and at speed that take a few hours sometimes to reach earth. Earth, thank God, has a magnetic field and this is what protects us all. Mars does not have this any more for example. Northern and Southern lights are cause by the particles reacting with rarefied gasses in the very upper reaches of the atmosphere, and depending of the gas, nitrogen, oxygen, etc., they produce the colors. High altitudes, as satellite and high flying aircraft, it can destroy electronic equipment by the currents they can produce. It is also not good for astronauts, and pilots that stay at high altitudes for extended periods and when a solar storm approaches, they protect themselves in special shielded areas of the ISS. High altitude jets are usually flown at much lower altitudes if a severe solar storm will hit the earth. Main impact on earth is the power grid, as they do cause current leakage and can cause complete blackouts which have happened in the past. Solar flares (normally exit at cool areas on the sun as sunspots) do impact the earth if the earth happens to be in the direction of the solar storm. Solar storms are very directional and do not go out in all directions as the sun´s light.
The number of solar flares that can hit Earth's magnetosphere varies, but on average, the Sun can release several solar flares per week during periods of high solar activity. Not all solar flares have the potential to impact Earth's magnetosphere, as the angle and intensity of the flare play a role in determining if it will have an effect.
The Earth's surface continues to absorb solar energy and increase in temperature as long as the sun's rays hit it. This process is known as solar radiation. The absorbed solar energy is then re-radiated as heat back into the atmosphere.
The belt of maximum solar energy input to Earth is the Equator. This is because the Sun's rays hit the Earth more directly at the Equator, resulting in more intense solar radiation compared to other latitudes.