Beds of marble metamorphic rock
Answer:
<u>Temperatures extremes.</u>
Explanation:
- If the energy that came in the form of incoming solar radiation on the earth did not reach the ground or faded away before reaching the earth's surface the earth would have become a cold planet like pluto far and secluded.
- Sun plays a major and big role in the formation of the earth what it is today. Sun's rays besides giving light to the solar system also a contributor to the heat energy that reaches the greater depth of the oceans and warms the landmasses from above also it acts to balance the earth's entire circulatory tilt in a flow.
- If the planet was left without the sun then life would not have existed on the planet as the root driving factor would have been lost, in other terms such type of hypothesis would have not been possible due to gravitational pull and other factors like density.
Answer:
B.
Moist winds are forced upward by high landforms.
Explanation:
The correct answer is Sea of Japan - answer b) is the correct one!
This sea borders Japan, South and North Koreas, China and Russia.
This sea is named after Japan in most languages, not only in English.
South to it is the East China Sea, which separates China from Taiwan.
The bending of light rays happens when the light rays hits an object. It moves in various directions thereby letting us to view that object that the bounced off.
<u>Explanation:</u>
Light gets reflected to human eyes and other body parts, when they hit a flat mirror. The bouncing off is not accurate in human heads and other parts that faces the mirror. The refracted rays from human bodies starts to hit at different angles in the mirror and are reflected back accurately. This is the reason for the backward appearance of mirror images to human eyes.
The light is reflected backward to the point behind the mirrors that are of Convex type. Hence the obtained image will be smaller and farther that its originals. The light will be drawn into the mirror's center point and hence the resultant image will be larger than the original object because of the light reflected by a concave mirror type.