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  • What Creates the Tides and Determines Their Timing

    The water of the entire world ocean is pulled by the moon's gravity. On the opposite side of the earth simultaneously there is a high tide due to the inertia of the ocean water and because the earth is being pulled toward the moon by its gravitational field yet the ocean water remains left behind.

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  • How is the Moon and Ocean Tides Associated?

    Jul 30, 2019 · This is because despite its greater distance from the planet, the Sun's mass allows it to exert enough gravitational force on the oceans that it can negate some of the effects of the Moon's pull. This phenomenon of lower high tides is called a neap tide.

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  • Tide - Wikipedia

    Tides are the rise and fall of sea levels caused by the combined effects of the gravitational forces exerted by the Moon and the Sun, and the rotation of the Earth. Tide tables can be used for any given locale to find the predicted times and amplitude (or "tidal range").

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  • Why can the moon pull the ocean in and out for the tides ...

    May 03, 2006 · well, see, the moon's gravity also has some pull on the Earth, but it's a shame that the Earth can't be moved by the Moon, so its waters are disturbed instead. The place where the Moon is directly over experiences spring tides at high tide, while the area where the Moon is at a right angle to experiences neap tides.

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    • Earth's Tides | National Geographic Society

      Jul 07, 2015 · The Earth's rotation and the gravitational pull of the sun and moon create tides. Because the moon is much closer to Earth than the sun, the moon exerts a much stronger gravitational pull. The Earth's oceans respond to the moon's gravitational pull by bulging and dipping as the moon rotates around the Earth. As the ocean bulges toward the moon, a high tide is created.

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    • Earth's Tides | National Geographic Society

      Jul 07, 2015 · The Earth's rotation and the gravitational pull of the sun and moon create tides. Because the moon is much closer to Earth than the sun, the moon exerts a much stronger gravitational pull. The Earth's oceans respond to the moon's gravitational pull by bulging and dipping as the moon rotates around the Earth. As the ocean bulges toward the moon, a high tide is created.

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    • Rip Currents: The Ocean's Deadliest Trick | Live Science

      • There are no tides on the Great Lakes. Here's why ...

        And the gravitational pull isn't strong. Tides on the ocean generally fluctuate between 2 and 6 feet, with two high and two low tides each day, at six-hour intervals, said Gregory Dusek, a ...

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      • What Causes Tides? | NOAA SciJinks – All About Weather

        The continents prevent the water from perfectly following the moon's pull. That's why in some places, the difference between high and low tide isn't very big, and in other places, the difference is drastic. That explains the first high tide each day, but what about the second high tide? The ocean also bulges out on the side of Earth opposite ...

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      • What causes ocean tides? More than the moon's gravity ...

        Jun 06, 2017 · When teachers explain ocean tides, they frequently describe how the moon's gravity pulls on Earth and all of its water. ... And the total effect is more of a "push" than a "pull" on Earth's water.

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      • The Effects of the Moon Phases on Ocean Tides | Sciencing

        Ocean tides are caused by the complex interplay of three astronomical bodies: the Sun, the Earth and the Moon. Both the Sun and the Moon exert a gravitational pull on the Earth's water. The resulting force of the Moon's gravity creates two tidal bulges on opposite sides of the Earth.

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      • NWS JetStream - Tides

        Tides are another kind of wave motion in the ocean. Tides are a change in the ocean water level, typically reaching a high and low level twice a day usually occurring about six hours apart. The term for the change from low to high tide is called the "flood tide". The change from high tide to low tide is called the "ebb tide".

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      • A Complete Explanation of Land/Earth Tides

        Like ocean tides, the moon has the greatest effect on land tides because it is closer to the Earth than the sun. The sun does have an effect on land tides as well because of its very large size and strong gravitational field. As the Earth rotates around the sun and the moon each of their gravitational fields pull on the Earth.

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      • How does the moon affect the tides? | Morgridge Institute ...

        The tides are the result of the moon exerting its gravitational force on the ocean and bulging it both toward and away from the moon. The tide is higher, the ocean is higher, at the location closest to the moon and on the opposite side of the Earth. As the Earth rotates, the position relative to the moon changes, so the bulge moves.

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      • 8(r) Ocean Tides

        An ocean tide refers to the cyclic rise and fall of seawater. Tides are caused ... Figure 8r-1: The moon's gravitational pull is the primary force responsible for the tides on the Earth. Photo taken by the Galileo spacecraft from a distance of about 6.2 million kilometers from Earth, on December 16, 1992.

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      • Ocean Tide Experiment | Sciencing

        Apr 25, 2017 · Conducting an experiment on ocean tides will help students to develop a better understanding of how gravity works. The experiment will explain why the Earth has a bulge on the side, directly beneath and directly opposite the moon. The moon's orbit creates ocean tides using gravitational pull. Before beginning, ...

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      • Tides of the Ocean - Windows to the Universe

        Tides happen because of the gravitational pull of the Moon and Sun on ocean water. The Moon has a much greater impact on tides than the Sun because it is much closer. The Moon pulls water that is closest to it making a high tide on the side of the Earth closest to the Moon and there is a high tide on the opposite side of the Earth too. Low ...

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      • How does the moon affect the tides? | Morgridge Institute ...

        The tides are the result of the moon exerting its gravitational force on the ocean and bulging it both toward and away from the moon. The tide is higher, the ocean is higher, at the location closest to the moon and on the opposite side of the Earth. As the Earth rotates, the position relative to the moon changes, so the bulge moves.

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      • Answers about Ocean Tides

        Low tide is when ocean water recedes from the beach. ... tides higher and low tides higher while neap tides are when the moon is at a 90 degree angle with the earth and sun and pull more to were ...

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      • The Moon Causes Tides on Earth - Time and Date

        During these Moon phases, the solar tide coincides with the lunar tide because the Sun and the Moon are aligned with Earth, and their gravitational forces combine to pull the ocean's water in the same direction. These tides are known as spring tides or king tides.

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      • How Do Tides Work? - YouTube

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        Mar 17, 2014 · Most people are already familiar with the idea of high and low tides, but where do they come from? What causes this movement and why does it occur with such regularity? Tune in as Josh demystifies ...

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        • Ocean Tide Experiment | Sciencing

          Apr 25, 2017 · Conducting an experiment on ocean tides will help students to develop a better understanding of how gravity works. The experiment will explain why the Earth has a bulge on the side, directly beneath and directly opposite the moon. The moon's orbit creates ocean tides using gravitational pull. Before beginning, ...

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        • The main reason ocean tides exist is that the pull of the ...

          Mar 29, 2008 · The main reason ocean tides exist is that the pull of the moon? a) and sun are in conjunction at high tides and in opposition at low tides. b) is greater on oceans closer to the moon and less on oceans farther from the moon.

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          • Earth Science for Kids: Ocean Tides - Ducksters

            Tides are the rise and fall of the levels of the ocean. They are caused by the gravitational pull of the Sun and Moon as well as the rotation of the Earth. Cycles of a Tide Tides cycle as the Moon rotates around the Earth and as the position of the Sun changes.

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          • Ocean Tides - Gravitational Pull From Inertia And The Sun ...

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            Mar 22, 2017 · Ocean Tides The gravitational attraction of the moon causes the oceans to bulge out in the direction of the moon. Another bulge occurs on the opposite side, since the Earth is also being pulled ...

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            • What Causes Tides? | NOAA SciJinks – All About Weather

              The continents prevent the water from perfectly following the moon's pull. That's why in some places, the difference between high and low tide isn't very big, and in other places, the difference is drastic. That explains the first high tide each day, but what about the second high tide? The ocean also bulges out on the side of Earth opposite ...

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            • Tidal force - Wikipedia

              The tidal force is a force that stretches a body towards and away from the center of mass of another body due to a gradient (difference in strength) in gravitational field from the other body; it is responsible for diverse phenomena, including tides, tidal locking, breaking apart of celestial bodies and formation of ring systems within the Roche limit, and in extreme cases, spaghettification ...

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            • The Evolutionary Pull of Ocean Tides - Nautilus

              The high tide on each successive day during this short period will be a little lower, helping to ensure that the new-laid grunion eggs will not be washed away. In fact, the breaking waves of the subsequent tides throw up sand that helps to protect the eggs by burying them gradually deeper.

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            • The Ocean's Tides Explained - Moon Information Resource ...

              The Ocean's Tides Explained The alternating pattern of rising and falling sea level with respect to land is what we know as the tides. What causes this "motion of the ocean"? In one word, gravity. Specifically, the gravitational forces of the Sun and Moon.

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            • How do the Tides Work? (with pictures)

              Jul 26, 2019 · Tides are caused by the gravitational pull of the Sun and the Moon on the Earth's surface. While most people associate them specifically with the ocean, the entire planet is subject to tidal forces, as is the atmosphere, and in fact all celestial bodies are influenced by these forces.

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