The Moon
how does this model make it easier for someone to understand the sun'is and the moon's influences on the tides
how does this model make it easier for someone to understand the sun'is and the moon's influences on the tides
The Moon is about twice as influencing as the Sun.
The position of the moon. The position of the sun
The earth's moon influences (affects) the ocean tides.
how does this model make it easier for someone to understand the sun'is and the moon's influences on the tides
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.
The moon's gravitational pull creates bulges in the Earth's oceans, leading to high tides in the areas directly beneath it and on the opposite side of the Earth. As the Earth rotates, these bulges move, causing the cyclical rise and fall of ocean levels known as tides. The sun also influences tides, but the moon's effect is more pronounced due to its proximity to Earth. This interplay results in regular tidal patterns that vary in intensity based on the moon's phase and position.
High tides occur when the gravitational pull of the moon and sun cause ocean waters to bulge, creating a higher water level. Low tides happen when the gravitational forces are not directly aligned, resulting in a lower water level. The Earth's rotation also influences the timing and frequency of tides.
None, its the other way around: The Moon influences the tides on Earth
The primary body that influences Earth's ocean tides is the Moon. Its gravitational pull creates bulges in the Earth's oceans, leading to high tides in the areas directly beneath and adjacent to it. The Sun also plays a role in tidal changes, but its influence is less significant compared to that of the Moon. Together, these celestial bodies create the complex patterns of tidal movements observed on Earth.