Sand is suspended in the water of seas and oceans by the action of waves and currents, and it is then deposited by the same wave action and storm surges at high tides or high water levels. Over time, the sand accumulates to create beaches, which are actually enormous sandbars.

<h3>Where will sand deposition cause the beach to spread for the first time?</h3>

around the area where the waves break. The sediments rub up against one another as a result of the moving water.

<h3>What is the primary reason for the incoming waves?</h3>

The most frequent waves are surface waves, which are brought on by wind moving over the air-water interface and causing a disturbance that gradually increases as the wind blows and the wave crest rises. The waves you see at the beach often are surface waves, which are continually present around the world.

To Know more about sandbars.

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7 0

1 year ago

If a star is located at a right ascension of 15 and declination of -13.00º, your latitude is 26.00ºN, and 15 hours of right asce

melamori03 [73]

Answer:

zenith distance = 39 degree

Explanation:

given data

declination of star = -13.00º

latitude = 26.00º N

to find out

distance in degrees between the star and zenith

solution

we know the formula that is

latitude = star declination+ its zenith distance ....................1

and

zenith distance = latitude - star declination

zenith distance = 26 - ( -13 )

zenith distance = 26 + 13

zenith distance = 39 degree

6 0

3 years ago