The moon looks different as it orbits the earth because different portions of it are lit up by the sun and visible to the earth. Half of the moon is always lit by the sun, and half is always facing earth, and when those two halves overlap it creates the portion visible to us.
The angle at which we view Saturn's rings can cause them to appear differently due to the varying brightness and shadows cast on the particles within the rings. This change in perspective as Saturn moves in its orbit around the Sun results in a different viewing angle from Earth, altering our perception of the rings' appearance.
Because as Earth goes around the sun every year, we look out at different parts of space and see different patterns of stars as they come into view. What we see in the night sky in summer, is what's behind the sun, in the daytime sky in winter.
The moon appears to change shape due to its position relative to the Earth and the Sun. This change in appearance, known as the moon's phases, occurs because we see different portions of its illuminated surface as it orbits Earth. The cycle of moon's phases repeat approximately every 29.5 days.
The moon's phases look the way they do because it takes one monthe for the moon to rotate around the Earth. You can only see certain parts of the moon because the light of the sun shines only on the part of the moon not covered by the Earth.
The appearance of the moon changes because of its orbit around the Earth. As the moon orbits, the amount of sunlight reflecting off its surface that we can see changes, causing different phases like full moon, new moon, and crescent moon. The moon's position relative to the Earth and the Sun determines these phases.
because it moves every time you see it it orbits
because it moves every time you see it it orbits
because it moves every time you see it it orbits
The different seasons correspond to different constellations. As Earth orbits the sun during the year, we look out at different parts of space and see different patterns of stars as they come into view.
only from earth because of the sun's reflection
The angle at which we view Saturn's rings can cause them to appear differently due to the varying brightness and shadows cast on the particles within the rings. This change in perspective as Saturn moves in its orbit around the Sun results in a different viewing angle from Earth, altering our perception of the rings' appearance.
Because as the moon is moving around the earth the earth is moving around the sun, meaning each week a different amount of light is hitting the moon because of the position of the sun and moon to earth
The moon is always a sphere but the moon does not look the same every week when observed from Earth. This is because we see sunlight hitting the moon at different angles as it orbits our planet.
Because the planets are closer to us so when we look at the planets we can see them move so the closer an object is to you the easier it is to follow its motion. Hope you could use my answer
an ellipse. the sinewave path on flat maps is because most satellite orbits are inclined/tilted with respect to the earth's axis. so the satellite moves north/south as well as around the earth.
BY Anna a 4th grader it looks different because the earth is rotating around the sun
Because our planet orbits (spins around) the sun. This means that the position of the sun will look like it changes throughout the day, whereas it is Earth that is actually moving.