Answer:
cause why not.
the layers exist cause theoretically the deeper you go the hotter it gets and different atoms just do stuff
<h3><u>Answer;</u></h3>
Rotation
<em><u>Rotation</u></em> is the movement of the earth that is responsible for day and night.
<h3><u>Explanation;</u></h3>
- <em><u>Rotation is the movement of the earth in which the earth rotates around its own axis.</u></em> The earth rotates from west to east, that is eastward, which happens to be anticlockwise or counter clockwise.
- <em><u>One side of the Earth faces the sun</u></em> and thus is bathed in light and heat, thus called day time, while <em><u>the other faces away into space, </u></em>that experiences cold and dark and thus known as night time.
- <em><u>The change between day and night is caused by the rotation of the Earth. One day is determined by the time the earth takes to rotate on its own axis and includes both day time and night time</u></em>
Sedimentation ponds are useful for reducing the effects of soil erosion because : ( D ) They provide a place to collect soil sediments so that it doesn't reach ponds, lakes and rivers
<h3>What are sedimentation ponds ?</h3>
Sedimentation ponds are ponds that hold sediments and suspended solids discharged by runoff waters thereby preventing the soil sediments from reaching water bodies such as ponds, lakes and rivers.
The sediment ponds hold the water while allowing the debris and solids contained in the water to settle down.
Hence we can conclude that sedimentation ponds provide a place to collect soil sediments so that it doesn't reach ponds, lakes and rivers
Learn more about sedimentation ponds : brainly.com/question/27180167
#SPJ1
Answer:with the power of math and physic
Explanation:
First, let's calculate the frequency of this radiation, which is given by:
where c is the speed of light and
is the photon wavelength. For this radiation, photons have wavelength of
Therefore their frequency is
The energy of a photon with frequency f is given by
where h is the Planck constant. By using the frequency we found before, we find the energy of a single photon of this radiation: