A solar flare.
solar flares.
The fuze is designed to operate at 7 meters on a dry surface, if shot over wet terrain the height of burst is normally increased by 1/2 and if shot over snow or water it doubles.
Because space does not stop light from traveling. The earth has light sources on it that help it be seen on the dark side and on the light side it reflects a massive amount of light from the sun. The moon reflects light from the sun. The majority of what astronauts see locally is a reflection of the suns energy.
Surface reflection is either specular or diffuse.
In summer the suns rays travel directly to the surface at a steep angle, so are still warm. In winter the rays strike at a shallower angle, and cool down rapidly as they travel a longer distance through the atmosphere before reaching the surface.
because of the suns bright light shining on the surface of the moon
no it is the sun reflection
The name for the sun's sphere of light is called the photosphere. It is the visible surface of the sun that emits light and heat.
the earth would probably explode
Chromosphere
photosphere
the suns colour is white, allthough from the surface of the earth it may appear yellow because of atmospheric scattering of blue light.
sunspots
Metal scissors appear shiny because of the smooth surface of the metal reflecting light. When light hits the surface of the scissors, it bounces off and creates a reflection that gives it a shiny appearance.
The angle of incidence is what trajectory the suns burst is taking. If the burst is pointed 20 degrees in any direction, slightly away from the earth, then the intensity of the impact on earth would be less severe since only a portion of the burst is actually making contact. While the rest of it flies into space for millions and millions and millions of kilometers.
the suns heat light and energy comes from the core of the sun and travels trough space
High-altitude burst