The characteristics of the reflection of sunlight allow us to find that the correct result for the phase of the moon to go from illuminated to dark, the correct answer is:
The solar system is made up of the sun, planets, satellites and other small bodies, of all these the only object that can emit light is the Sun, all of which can only reflect light from the Sun.
In the Sun - Earth - Moon system shown, the observation of the moon occurs by reflected light coming from the Sun.
Let's analyze the different positions shown:
Point X. The moon is between the Earth and the Sun, therefore there is no light reflected back to the Earth the Moon looks dark
Point W. The moon, the sun and the Earth form 90º, therefore only a part of the light is reflected towards the earth.
Point Z. At this point the objects are in a line Sun Earth and Moon, for which all the light is reflected towards the Earth
Point Y. At this point there is 90º between the sun, the earth and the moon, sun a part of the light is reflected
For the question in which points we see the image of the illuminated moon to dark moon.
Let's analyze the possibilities that the points Y and W the sun reflect a fraction of the light,
The points X and Z do not reflect all or all reflect of the light.
They ask the point for which the system stops lighting up
In this case the moon must reflect some light, position Y and move to the point where it does not reflect any light, position x
Let's review the different answers to find the correct one is;
In conclusion with the characteristics of the reflection of sunlight, we can find that the correct result for in which phase the moon goes from illuminated to dark moon, the correct answer is:
Learn more here: brainly.com/question/18281748
