The Earth from space titled June Twenty-first. A red line is drawn horizontally through the middle of Earth. The Northern and So
uthern Hemispheres are labeled. Arrows toward the Earth are labeled Sun's rays. The Southern Hemisphere is tilted away from the sun. Image courtesy of Reto Stöckli (NASA)
The image above shows how the Earth receives energy on a solstice day. In this image, it's June 21. Because of the light and energy each hemisphere is receiving, which season is the Northern Hemisphere experiencing in this image?
The answer is summer. When the northern hemisphere is tilted towards the sun we are going into summer. It cannot be fall or spring because we do not have solstice days for those we have equinoxes. And it cannot be winter because the northern hemisphere would have to be pointed away for that to be the case.
1. It spreads with a greater volume and less concentration of elements.
Its temperature stays well below the 14 million Kelvin.
It has hydrogen atoms that retain there electrons.
2. Its volume shrinks and the density increase die to the gravity
Its temperature stays above the 14 million kelvin
Hydrogen atoms shed there electron.
Explanation:
As the star is born within the clouds of dust and is scattered throughout most galaxies. The Orion Nebula is shown in the image that has a turbulence layer of clouds made of gases. These clouds tend to have temperatures of 100 Kelvin thus commonly called the HI clouds.
