We think all stars have flares, and a few have been detected.
Magnetic storms unleashed by solar flares can cause auroras, but all solar flares don't cause auroras.
Mars does not have solar flares; only the Sun has solar flares. However, like the Earth, Mars is occasionally hit by "coronal mass ejections" caused by solar flares. Mars does get hit by fewer of these, because it is further away from the Sun.
solar flares would demolish all of earth but if small they probably would not affect us. remember wee are about 94.1 million miles away from the sun.
They all occur on the sun's surface! Some loop differently, but they all are on the surface, even the coroona
We think all stars have flares, and a few have been detected.
Magnetic storms unleashed by solar flares can cause auroras, but all solar flares don't cause auroras.
Mars does not have solar flares; only the Sun has solar flares. However, like the Earth, Mars is occasionally hit by "coronal mass ejections" caused by solar flares. Mars does get hit by fewer of these, because it is further away from the Sun.
Solar flares are sudden brightening of the sun caused by ejection of huge energies. Solar flares will most likely not affect the colour light because solar flares produces radiation across the electromagnetic spectrum at all wavelengths, from radio waves to gamma rays. Thus, it is difficult to view solar flares on the visible spectrum and must be viewed with special instruments.In other words, photons (light particles/waves) from a solar flare are emitted at all frequencies along the electromagnetic spectrum and must be viewed with special equipment. Unless the solar flare interacts with anything else (maybe other atmospheres), they don't change the colour of light.
Yes. In fact your eyes can see all the stars in our Solar System. The only star in our solar system is the Sun.
solar flares would demolish all of earth but if small they probably would not affect us. remember wee are about 94.1 million miles away from the sun.
They all occur on the sun's surface! Some loop differently, but they all are on the surface, even the coroona
Usually, solar flares are small and relatively unnoticeable. But recently the sun is releasing massive solar flares. If these solar flares are strong enough, they scramble all electronic signals. That includes phones, television stations, radio stations, car radios, Internet signals and even R/C toys. These are taking affect today because of the sun's current alignment in the center of the galaxy. Though these flares are still relatively harmless to the devices hardware and mainframe. Don't confuse this at all with the Dec 21, 2012 proficiency. This is a year round event that just happens to be very strong this year.
No. All the stars you see at night are in our galaxy, but outside of the solar system. The only star in our solar system is the one at its center: the sun.
No. All the stars at night that are actually stars are well beyond the solar system. Five "stars" that you sometimes see are actually planets in our solar system: Mercury, Venus, Mars, Jupiter, and Saturn. The only actual star in our solar system is the sun.
There are generally solar flares every few days, and almost always within a week or so. Really spectacular flares are more common during the "Solar Max" period around the peak of the sunspot cycle. That will be in 2013 or so. You can see recent movies of solar flares and prominences at http://thesuninmotion.com/
Stars are scattered all across our universe but guess what? there are no stars in our solar system besides the sun!