# How far does the moon move relative to the sun during a solar eclipse

Let's assume 'solar eclipse' occurred

Now, at what degree 'moon' will be in 'with reference to' earth (and) at what degree 'moon' will be in 'with reference to' sun

In other words, by 'how many degrees' (out of 360 deg) the moon would have orbited 'earth' and 'sun' in the event of 'solar eclipse'?

• Its not clear what you mean by "degree". Do you mean the position in the sky? Or the position in the orbit? Your question may be closed as being unclear. – James K May 7 '16 at 6:54
• @James I edited the question. Sorry, as I am a beginner I am able to ask questions within my limitations – Sathish Kumar May 7 '16 at 8:05

Total and annular solar eclipses occur where the Sun-Earth-Moon angle is 0$^\circ$. Where that angle is smaller than 0.5$^\circ$ but not 0$^\circ$, there is a partial solar eclipse. The Sun-Moon-Earth angle at those times is 180$^\circ$. Due to the Moon's orbital inclination, most new moons miss eclipse alignment, some by as much as 5$^\circ$.