Spring tides.
New moon and full moon
In space.
Gravitational forces from both the sun and the moon continuously pull on the earth.although the moon is much smaller than the sun , the moon's gravity is the dominant force behind earth's tides
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.
A larger, more powerful tide to the side of the moon, and a weaker, smaller tide toward the sun
Spring tides.
It is a right angle
Yes, it's called a spring tide.
The tides are high when the Moon and the Sun are lined up on one side of the Earth. This is when there is the greatest gravitational pull on the water there. When the Sun is lined up right behind the Moon, then the Moon appears black (because the Sun's not on the other side to light it up)
A high tide.
because the gravity of the moon helps control the tide of the earth, if the moon did not revolve around the earth only 1 area can have high tide and another low tide so it balances how the tide works
High tide
On Earth, ocean tides are caused by the moon. This is because the moon is pulling on the surface of the Earth and the water in the ocean which is closer to the moon is pulled upward. This upward surge causes high tide while on the opposite side of the Earth (where the moon is furthest from the water) there is a low tide.
For a "spring tide" to occur, the Sun and Moon are lined up with the Earth; either near the new moon or near the full moon. This is because the Sun and the Moon each cause their own tidal forces on the Earth's oceans, and when the forces are lined up, they add together.A "neap tide" occurs when the tidal forces of the Sun and the Moon work at right angles to each other, lessening the total effect of the tides. This happens when the Sun, Moon and Earth form a triangle pattern. This happens at the first or third quarter phases of the Moon.
Approximately 7.3825 days. That is one quarter of the synodic period of 29.53 days for the moon to go from one phase to the next same phase. Spring tide is when the Sun, Earth, and Moon are lined up with each other, and the Sun's and Moon's gravities maximally reinforce each other, and neap tide is when they form an angle of 90 degrees, with the Earth at the vertex, and the Sun's and Moon's gravities maximally cancel each other out.
Approximately 7.3825 days. That is one quarter of the synodic period of 29.53 days for the moon to go from one phase to the next same phase. Spring tide is when the Sun, Earth, and Moon are lined up with each other, and the Sun's and Moon's gravities maximally reinforce each other, and neap tide is when they form an angle of 90 degrees, with the Earth at the vertex, and the Sun's and Moon's gravities maximally cancel each other out.
The effects are the moon phases, eclipses, and the high tide and low tide.