When the moon pulls on the water in the ocean, it creates tidal friction that slows down the Earth's rotation. So basically, the body tide caused by the moon sloshing the water around messes with our planet's smooth moves. Ultimately, who cares if the day gets a fraction of a second longer every once in a while, am I right?
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.
The moons gravity 'pulls' the earths water creating a 'tide.'
Because the moons tide is stronger than jupiters, And jupiter is farther from earth
'Flood tide' is the expression used for the incoming, or rising tide. The opposite is 'Ebb tide' when it goes back out again. You would have to refer to the tide tables, for the day, in your area of interest. Flood tide is the time between low tide and the next high tide.
The Moon's high tides are caused by its gravitational pull on Earth's water. As the Moon orbits Earth, it creates a bulge in the water on the side facing the Moon, causing a high tide. There is also a second high tide on the opposite side of Earth due to the centrifugal force from Earth's rotation.
the moon (Dur)
Well if you were going some where the tide could affect your speed. The tide could affect the time it would take you to get there. The tide could affect the amount of fuel you would burn. The tide could affect the water depth. The tide could affect the clearance you have if you are going to go under a bridge. So check your tide chart. If you go with the tide you save time and fuel.
The moon causes the earths water to have a low tide or a high tide
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.
no
High tide maybe
tide is one
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.
A rising tide, or high tide, is primarily caused by the gravitational pull of the moon and, to a lesser extent, the sun on Earth’s oceans. As the moon orbits the Earth, its gravitational force creates bulges of water, leading to higher water levels in certain areas. Additionally, the Earth's rotation and the shape of coastlines can influence tide patterns. Changes in atmospheric pressure and wind can also temporarily affect tide levels.
The moon has the strongest effect on the earths tides.
the moon and the earths gravity pulling each other
it causes a high tide in the ocean