that is false
in England we call them spring tides and they occur whenever there is a full moon.
the phases of the moon don't affect tides. Tides are caused by the moon's gravity, the moon is always at the same distance from Earth. Sun also causes the tides. so if the sun and the moon are directed in the same place at Earth extra high tides occur.
When the Sun, Earth and Moon are nearly lined up, the Sun and Moon's gravitational effects on tides are amplified slightly, causing higher-than-average 'spring tides". This happens at the new and full moon phases. When the Moon is at right angles to the Sun-Earth line, at the first and third quarter moon phases, we have lower-than-average "neap" tides.
Very high tides, known as King Tides. To quote Wikipedia: "The king tides occur when the earth, moon and sun are aligned at perigee and perihelion, resulting in the largest tidal range seen over the course of a year."
> Low Tide ◘ High Tide § Spring Tide ► Neap TideThere are several different kinds of tides. There is ebb tide, when the tide goes out, flood tide is when the tide comes in. There is also neap tides, spring tides, diurnal tides.
twice a day
Yes
False
Most areas of the ocean have two high tides and two low tides a day (semidiurnal tide).
they are both tides
Semi diurnal tides occur twice a day (2 low tides, 2 high tides) and diurnal tides occur once (1 high tide one low tide) per day.
High tides occur twice a day wherever water is located. The high tides on one side of the world correspond with the low tides on the other side of the world, and are based on the gravitational pull exerted by the Earth's moon.
Yes, but only in the sense that they then go on to occur three times, and four times, and five times, and ...In most places there are about 13 and a half high tides per week on average.
They both occur twice a year... and both involve high tides and low tides...
Twice daily, times differ due to the gravitational pull of the moon.
High tide nimo
High tides occur twice each day. There is about 12 hours between each high tide as they are based on the lunar day and caused by the gravitational pull of the moon.