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shirin
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what is tidal gravitational force?
Tidal gravitational forces refer to the gravitational pull exerted by a massive body, such as a planet or moon, on another object. These forces can cause a distortion in the shape of the object, resulting in tides.
Tidal gravitational forces from the Moon and Sun cause the Earth's oceans to bulge outwards, resulting in high tides. As the Earth rotates, different parts of the ocean experience these gravitational forces, leading to the rise and fall of tides.
No, tidal gravitational forces can also affect other bodies of water, such as lakes and even the solid crust of the Earth. However, the effects are more noticeable in large bodies of water like oceans.
Tidal gravitational forces can affect marine life in various ways. Some species, like certain fish and sea turtles, use the tides to navigate and find food. However, extreme changes in tides can also disrupt the habitat and feeding patterns of marine animals.
Yes, tidal gravitational forces can be predicted using mathematical models that take into account the positions of celestial bodies and the Earth's rotation. However, factors such as weather conditions and local geography can also affect the tides, making it challenging to predict them accurately.