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Ah, bless your heart for asking, honey! A moon tide, darling, is caused by the gravitational pull of the moon on Earth's oceans. When the moon is either full or new, its gravitational pull combines effectively with that of the sun, creating higher high tides – we call those spring tides. And when the moon is at first quarter or last quarter, the tides are not as extreme due to the gravitational pull offset – those we call neap tides. It's like a dance of truly celestial proportions, sweetie!
What else can I help you with?
How moon affect the oceans?
The moon's gravity pulls on the Earth's oceans, creating tides. When the moon is at different positions relative to the Earth, it causes different tide patterns such as high tides and low tides. This gravitational force from the moon is the main factor that influences the ocean tides.
How does the moon affect the oceans and seas?
The gravity of the moon pulls the water of the earth's oceans toward the moon, on both sides of the earth at the same time. High tide is when the ocean facing closest to the moon receives the most gravitational pull, and the other side of the earth, receiving the least gravity has low tide from the lowest gravitational pull. Other types of tide come from when the moon and the sun are both in front of the earth, and their is a larger tide then normal, or when the sun and the moon are on opposite sides of the earth, and the opposing gravitational pulls cause lower than usual tidal pulls.
How does the Moon's movement effect the tides?
The moons gravity 'pulls' the earths water creating a 'tide.'
When earths shadow falls on the moon the shadow causes a what?
Nope. In fact, over a very very long time, the effect of the moon's presence is to rob some of the Earth's rotation from it.
Why do eclipses affected the tide?
Eclipses can affect the tide because the gravitational forces of the Moon and Sun align during an eclipse, resulting in higher high tides and lower low tides. This alignment strengthens the pull of gravity on Earth's oceans, causing a temporary shift in the tide levels.
How does gravity affect oceans?
Gravity can pull water in and out, causing tide like motions. The gravity of the moon and sun, for example pull on the earths oceans and cause high and low tides.
How does wind affect ocean waves?
Gravity can pull water in and out, causing tide like motions. The gravity of the moon and sun, for example pull on the earths oceans and cause high and low tides.
What moon phase are the oceans tide highest?
Full Moon
What is the greatest influence on earths tide?
the moon (Dur)
How moon affect the oceans?
The moon's gravity pulls on the Earth's oceans, creating tides. When the moon is at different positions relative to the Earth, it causes different tide patterns such as high tides and low tides. This gravitational force from the moon is the main factor that influences the ocean tides.
What are thigs that affect a tide pool?
People have been polluting in the oceans and that has gotten into the tide pools.
What causes a tide to occur?
The gravitational pull of the moon on the Earth's oceans.
What does the moon cause also known as the rise and fall of the oceans?
Tide.
What objects causes the earth tides?
The moon causes the earths water to have a low tide or a high tide
What are three answers for how the moon affects earths water?
tide is one
How does the moon affect the oceans and seas?
The gravity of the moon pulls the water of the earth's oceans toward the moon, on both sides of the earth at the same time. High tide is when the ocean facing closest to the moon receives the most gravitational pull, and the other side of the earth, receiving the least gravity has low tide from the lowest gravitational pull. Other types of tide come from when the moon and the sun are both in front of the earth, and their is a larger tide then normal, or when the sun and the moon are on opposite sides of the earth, and the opposing gravitational pulls cause lower than usual tidal pulls.
What are the strongest tide making effect?
The moon has the strongest effect on the earths tides.
