The pattern that determines the day and night side of Earth and of the Moon depends on their motion and exposure to the Sun.
Explanation:
The Earth and the Moon and both objects that do not produce their own light, but instead they receive light and reflect it. The light comes from their central star, in this case the Sun. Both of these bodies have their own motions, and those motions determine the day and night patterns.
The Earth spins around its own axis, which makes every part of the planet exposed to the Sun during a period of roughly 24 hours. This motion on its own will make the day and night patterns the same all year round though, but its not like that. The Earth has a tilt, and this tilting makes one of part of the planet more exposed to the Sun in half of the year, than the other. That in turn makes the days longer in the part that is tilted toward the Sun, while the nights are shorter, and vice versa.
The Moon doesn't have tilting, so its day and night patterns depend on its position in respect to the Sun and the Earth. If the Earth is between the Moon and the Sun, all of the Moon experiences night. If the Moon is not in the shade of the Earth, than half of it experiences day and half of it experiences night, which have roughly the same lasting throughout the year.
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Answer:
Explanation:
What are supposed to do for the assignment?
Erosion
Internal and external forces are geologic processes that shape the Earth’s surface. External forces include weathering and erosion. Erosion is the movement of weathered material by the actions of gravity, wind, water or ice. The Great Lakes are caused by glacial erosion. Slow, moving glaciers change the landforms by causing an erosion. The carved out basins (by the glaciers) and the subsiding crust, expanded the drainage basin, collecting water to form lakes.
The form of water condensation where a small droplets of water like beads on grass shown but there are no clouds in the sky is termed as Dew form of liquid state.
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What is water condensation?</h3>
The process of condensation, which is the reverse of evaporation, converts airborne water vapor to liquid water. Because it causes clouds to form, condensation is essential to the water cycle.
One of two conditions must be met for condensation to occur: either the air must be chilled to its dew point or it must become so saturated with water vapor that it is unable to contain any more water.
Therefore in morning the water get condensed without clouds and placed on ground known as Dew point.
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