The sun is brighter than the Earth because it is a star that emits light and energy through nuclear fusion reactions in its core. The Earth, on the other hand, reflects light from the sun and does not produce its own light source.
In a sense yes because if you see heat from the sun has caused things such as forest fires and grass to crisp. Take a piece of glass and try to have the sun beam on it and it will burn the grass which proves it is burning the Earth.
From the time the light photon is generated in the core of the Sun, it may take millions of years to get to the surface. But once it reaches the surface of the Sun, the Earth is only 8 minutes 20 seconds away!
Solar angle refers to the angle at which the Sun's rays strike a surface. Beam spreading is the process by which a concentrated beam of light or energy spreads out as it moves away from its source, resulting in a wider area being illuminated or affected.
Both. because the moon goes around the earth while the earth is going around the sun. And that's how it orbits both.
Beam spreading is when the sun's rays (or angles) spread out because the earth is in it's revolution and rotation. However this is the definition of beam spreading relating light and the amount of light received to earth, not relevant to another meaning. So basically beam spreading is when the sun's light spreads on earth.
The beams of the Sun has reached the Earth's surface.
Rotation of the Earth, with the sun going out of view.
Going to the sun is farther. :)
No. It won't.
revolution
Galileo
NO, it will never happen
You mean 'keeps in the orbit of the sun? Gravitational force of attraction keeps the earth going around the sun.
the sun is going to end in 4 billion years but that's a while from now
Jupiter. Or if you want to know what form comes after mars, It would be the astriod belt.
The sun is brighter than the Earth because it is a star that emits light and energy through nuclear fusion reactions in its core. The Earth, on the other hand, reflects light from the sun and does not produce its own light source.