nutsacks and suck my balls
High and low tide are daily (or more than once a day) occurrences whereas the phases of the moon are connected more to Spring and Neap Tides. Both the sun and the moon have a gravitational pull on the ocean tides. When these are lined up with the Earth and we see a New or Full moon, the pull is greater and we get a Spring Tide. This causes greater differences between both high tide and low tide. When the moon is perpendicular to the "line" between the sun and the Earth, and we see a waxing or waning Quarter moon, we get a Neap Tide, the two gravitational pulls somewhat cancel each other out, and there is less extremes between the high and low tides. A Gibbous moon would occur during a regular tidal height pattern, as its pull neither strengthens nor negates the gravitational pull of the sun.
Everything is structured in the solar system. Even if the Sun moved a little bit we would all burn, or freeze to death. So, thus having to do with that, having the moon move twice as far, the moon controls magnetic fields with the earth and us, thus having to believe in emotional problems and sometimes mental problems. So, the effect would be significantly HUGE.
meteorology
You would see approximately half of the moon, in it's first or last quarter.
Only partly. We never see Mars in a crescent or new phase, just the full and gibbous phases. That's because Mars is farther away from the Sun than the Earth is, so we never see it "inside" our orbit. On the other hand, we see the crescent and gibbous phases of the planet Venus, but never the full or new phases, because when Venus would be "new", it's too close to the Sun to be observed - and when Venus would be "full", it's on the other side of the Sun, and not visible!
i would think yes.
i would think yes.
"Spring" tides, which are a little higher than average, occur at new moons and full moons. "Neap" tides, a little lower than average, occur at the quarter moon phases.
Spring Tides occur during two phases, full and new moon. This is because the moon earth and sun are aligned during both of these phases. It is opposite during neap tide, in which the moon and sun meet at a right angle on earth, which means the moon during neap tide is at the first or third (last) quarter phase. Hope this helped! :)
Spring Tides occur during two phases, full and new moon. This is because the moon earth and sun are aligned during both of these phases. It is opposite during neap tide, in which the moon and sun meet at a right angle on earth, which means the moon during neap tide is at the first or third (last) quarter phase. Hope this helped! :)
Cyclic relationship is repeatable and predictable pattern, so an example would be the changing phases of the moon, or the tides on a beach.
High tide (or Spring tide)
The tides would be smaller, but still present due to the Sun's gravity. It would be somewhat darker on most nights.
The kind of tide that prevails in the harbors in the Atlantic coast would be the semidiurnal tides. This means that there are two high tides and two low tides during the day.
Sand would lay on the bottom, water would occupy the middle, and oil would float on the top. So, in a tall tube of all three substances, careful extraction from three heights of the tube would separate as required.
Assuming there would be no Moon, tides would only be caused by the Sun. Therefore, we would have high tides at noon and ad midnight - but those would be much less pronounced than the tides we have now.Assuming there would be no Moon, tides would only be caused by the Sun. Therefore, we would have high tides at noon and ad midnight - but those would be much less pronounced than the tides we have now.Assuming there would be no Moon, tides would only be caused by the Sun. Therefore, we would have high tides at noon and ad midnight - but those would be much less pronounced than the tides we have now.Assuming there would be no Moon, tides would only be caused by the Sun. Therefore, we would have high tides at noon and ad midnight - but those would be much less pronounced than the tides we have now.
the height of the tides rises up