Answer:
Coastal currents, Longshore currents, Rip currents
Explanation:
Coastal currents, the currents that appear on the depth of 100 meters. These currents are moved by wind and are forming the waves.
Longshore currents are the currents that collect the sediment and move it to the beach. These currents can form shore or islands.
Rip currents are forming on the places where the sub water formations are stoping the waves going back to the sea.
<span>Region with depth up approximately 200 m
that would be the abyssal zone
hope this helps
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<span>A primipara is a woman who is giving birth for the first time - that is, she is a first time mother and is not going to give birth v aginally after cesarean (known as a VBAC). The lacerations that could be experienced during birth are natural and typically occur to the area between the v agina itself and the a nus. These lacerations are rated according to how severe they are, with a second-degree laceration being one that has actually gone beyond a slight tear in the skin and is now injuring the muscle tissue underneath. The most common complication of these second-degree lacerations after birth is a weakening of the muscles that allow one to p0o; persistence of this problem or an acquisition of postpartum fecal incontinence should both be assessed by a doctor.</span>
High tides and low tides are caused by the Moon. The Moon's gravitational pull generates something called the tidal force. The tidal force causes Earth and its water to bulge out on the side closest to the Moon and the side farthest from the Moon. These bulges of water are high tides.
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Duplication of an ancestral opsin gene occurred in the primate lineage (Old World primates) and subsequent mutations in the new copy resulted in two types of opsin, instead of just one.
<span>Opsins are a group of light-sensitive proteins found in photoreceptor cells (cone cells) of the retina and they are the primary photopigments in primate eyes. Opsins are involved in vision, mediating the conversion of a photon of light into an electrochemical signal, the first step in the visual transduction cascade.</span>
<span>The difference in colour vision between New and Old World primates results from differing arrangements of the photopigment genes on the X chromosome. <span>In Old World primates the three photopigments are required for trichromatic colour vision and they are encoded by two or more X-chromosome photopigment genes and an autosomal photopigment gene. New World monkeys typically have only one X-chromosome pigment gene</span>.</span>
