Yes, the effect is due not to the Sun moving but to the Earth rotating and the speed of rotation of the Earth is constant.
no they do not
330.26167 should do it. If you go any faster, you would eventually see the sun set in the east.
To be in a perfect orbit around the Sun, maintaining always the same distance, at a specific distance a planet would need a very specific speed. Since it is unlikely that it just happens to have the correct speed, it will move around the Sun in an ellipse instead.
The new moon sets at the same time the Sun does.
A planet has an elliptical shaped orbit. It orbits with a constant angular speed, but a varying linear speed.
because the gravety is the same and it carrys all the mass from from the sun and is is so used to rataing with the sun it makes all the parts of the sun at the same past of speed. In fact, because it's gaseous, the Sun doesn't all rotate at the same speed.
The whole Earth rotates at the same speed, otherwise it would come apart! And it all travels in a path (called the ecliptic) round the Sun.
The sun set
It's the same - the sun set in the west. Set is an irregular verb. The past tense is also 'set'.
Because that is the distance is has to travel at the speed it orbits the Sun.
no they do not
no, the sun does not move, however we do, but we stay in the same galaxy
330.26167 should do it. If you go any faster, you would eventually see the sun set in the east.
That refers to using the gravity of a planet - for example Jupiter - to speed up a spacecraft. Note that the spacecraft approaches the planet with a certain speed, and goes away from it at the same speed, with respect to the planet. However, since in doing so it changes direction, and since the planet orbits the Sun, it is possible to set things up so that the spacecraft leaves with a greater speed with respect to the Sun.
No. See related question
There Is No Date Set Up On when It Is Coming Out.
only in afghanistan