no
solar flares from the sun
solar wind.
Yes, most definetly. The higher sunspot activety on the sun, the more northern lights. The ions that gives energy to the gas molecules in the atmosphere, which again produce northern lights comes with the sun waves (radiation) from the sun. the next sunspot high OS expected to be in 2013, so this will be a excellent year to see northern lights.
Aurora Borealis
Solar flares
Yes you can see the northern lights from Utah but only on rare occasions when solar activity is extremely high. I have personally seen them in northern Utah.
Other than impressing them with their beauty and inspiring them to awe - the northern lights really don't have any effect on people. The solar radiation that causes the northern lights can interfere with radio transmissions so that is an effect related to, but not cause by, the northern lights.
The number of lights that can be powered by solar panels depends on factors such as the capacity of the solar panels, the efficiency of the lights, and the energy requirements of the lights. Generally, a small solar panel system can power a few lights, while a larger system can power multiple lights. It is best to calculate the specific power needs of the lights and solar panel system to determine the exact number of lights that can be powered.
The Northern Lights are also called the Aurora Borealis. The Northern Lights is the effect of magnetic reactions. The Northern Lights are best seen in the North Pole and the South Pole. The sun gives off energy particles that is also called solar wind. The solar particles travel hundreds of miles in seconds. When the solar particles get close to earth they collide into the atmosphere and explodes. When millions of these explosions happen they create light. That light is called the Northern Lights or the Aurora Borealis.
No, you cannot touch the Northern Lights. They are a natural light display in the Earth's sky caused by the interaction of solar particles with the Earth's atmosphere.
solar storms or winds hit the ozone
No - they are equal, depending on solar activity.