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.
The Moon reflects the Suns' light, ergo: making you able to see the Moon.
because the suns light is warm and causes animals to live
I would try going to Nasa.com and looking up that answer
in front of the rainbow
The sun's rays strike the earth at 90 degrees (verticle) at their northernmost position during the summer solstice for northern hemisphere and at their southernmost position during the summer solstice for the southern hemisphere. These positions are known as the Tropic of Cancer in the northern hemisphere and the Tropic of Capricorn in the Southern Hemisphere.
What is a "lightsphere?" Is it anything like a mispronounced "light-year?"
Light energy.
To start if we didnt have a magnetic field we would be fried by the suns radiation. The northern lights are evidence that we have a magnetic field surrounding earth.
the photosphere gives off the suns visible light
The Photosphere
the suns heat light and energy comes from the core of the sun and travels trough space
The suns power comes from reactions on its surface. These then carry solar rays throughout the solar system which power, heat and light our planet. The O-zone layer protects us from these rays by weakening them. The southern and northern lights are examples of the suns solar flares passing our magnetic field. These rays however could cause dangerous levels of radiation if our O-zone fell.
They are actually reflecting the suns light
The moon reflects the suns light and things on the eart do notreflect it because it is at an angle in which the light does not reach earth. So if the light falls on the earth at night there would be light but because it not reflect it on earth it is dark at night.
No, the suns light bounces off of it.
The photosphere.
starshine