The Sun rotates faster at the equator. Not only in km/hour, but also in angular speed. From Wikipedia: "The period of this actual rotation is approximately 25.6 days at the equator and 33.5 days at the poles." Note that the Sun is not a rigid body like the Earth. The differential rotation is believed to be caused by a combination of convection currents and Coriolis effects.
Objects move fastest when they are closest to the primary object. In the case of Mercury, it moves fastest when it is closest to the Sun.
The earth is moving fastest in its orbit at the moment of perihelion, when it is closest to the sun. the happens around January 3.
The Earth moves fastest along its orbit at its perihelion, when it's closest to the sun, around January 4, and slowest when it's at its aphelion, when it's farthest from the sun, around July 4.
At the equator the surface of the Earth is a right angles to the rays of light coming from the Sun. As the Earth is a globe, as one moves North or South, away form the equator, the surface of the Earth begins to tip away from facing the Sun until, at the poles, the surface of the Earth is parallel to the Rays coming from the Sun. This means that as one moves away from the equator, the surface of the Earth actually receives less of the Sun's energy.
The sun is essentially composed of the core and the surface.
Of course. That leads them to the surface to grow.
The Sun doesn't move fast, but if you mean which planet moves fast around the sun then it would be Mercury, because it is closer.
Because the sun moves around so when the sun moves around the light from the sun touches the planets
Objects move fastest when they are closest to the primary object. In the case of Mercury, it moves fastest when it is closest to the Sun.
The Equatorial Region.
The earth is moving fastest in its orbit at the moment of perihelion, when it is closest to the sun. the happens around January 3.
No - the surface is
The photosphere (surface) of the sun.
The Earth moves fastest along its orbit at its perihelion, when it's closest to the sun, around January 4, and slowest when it's at its aphelion, when it's farthest from the sun, around July 4.
The sun does not move acroos the earth. the sun stands still and the earth moves around it.
In the winter, our part of the Earth tilts away from the sun, and another tilts towards it, that is why we have winter when, say, Australia has summer. As the Earth moves around the sun, its tilt is adjusted to the sun depending on where we are. (The distance of the Earth to the sun is also a factor.
At the equator the surface of the Earth is a right angles to the rays of light coming from the Sun. As the Earth is a globe, as one moves North or South, away form the equator, the surface of the Earth begins to tip away from facing the Sun until, at the poles, the surface of the Earth is parallel to the Rays coming from the Sun. This means that as one moves away from the equator, the surface of the Earth actually receives less of the Sun's energy.