You must have the same homework that my son has tonight! I'm looking for this answer too!
This is what I have found so far:
Tides are caused by two forces: gravity and inertia. The gravitational attraction between two bodies is directly proportional to their masses and inversely proportional to the square of their distance apart. (In mathematical terms, gravity is proportional to mass/distance².) The bodies of interest here are the Earth, Sun, and Moon. Earth and the Moon are about 400,000 km (nearly a quarter of a million miles) apart. Earth and the Sun are about 150 million km (about 93 million miles) distant. The mass of the Sun is about 27 million times that of the Moon. The Moon, however, is very roughly 400 times closer to the Earth than the Sun, so its nearness gives it a greater effect. The bottom line is that the gravitational effect between the Moon and the Earth is about twice that of the Sun. The gravitational attraction among Earth, the Moon, and the Sun helps keep these bodies in their orbital relations to one another. However, without some counterbalancing force to gravity, Earth, the Sun, and the Moon would all be pulled against each other. This counterbalancing force is inertia, which is the tendency of a moving object to continue moving in a straight line. It is this force (sometimes called centrifugal force) that holds water in a bucket when you swing the bucket in an overhead arc. It is inertia that makes an automobile tend to go straight when you are trying to make a turn at high speed. Without inertia, Earth, the Moon, and the Sun would crash together quickly. Without gravity, they would fly apart into the universe. Because these forces are in balance, these bodies have maintained their present orbits for millions of years. This is an overall balance, for either gravity or inertia may prevail briefly at various positions of Earth and the Moon in their orbits. Gravitational attraction affects everything on Earth-solid earth, atmosphere, and water-but the results on the first two cannot be observed by the unaided eye. The effect on the oceans, however, is obvious: the daily tides, which are low, Earth-spanning wave forms that vary widely in height when they reach a coast, depending on the nature and location of the coastline.
Presumming that the Moon doesn't stop, the tides would change about twice a month.
Presumming that the Moon doesn't stop, the tides would change about twice a month.
If the Moon were closer to the Earth, the high tides would be higher, and the low tides would be lower.
If there were no tides, Earth wouldn't be the same
Tides would become stronger.
Tides would become stronger.
It's entirely reasonable to say that they are, mainly becauseEarth's tides are caused by gravity.2nd Answer:Great answer. It would be fair to say that the Moon's tides (in the ground, since there is no standing water, there) are caused by gravity, also.
Tides are the result of gravitational forces between the Earth and moon. Global warming would little effect on tidal patterns although sea levels can be affected by global warming.
Assuming the Moon and Sun still produce the effects they do today, the tides would be much bigger because the water would have 7 days to move in each direction, rather than the 6 hours it has now.
No
That is not true: On a flat earth, if the moon was not overhead, it would pull the water towards it and so cause a tide. It is a bit like tides in lakes: many are small enough not to be overly affected by fact that the earth is not flat.
there would be alot of high and low tides
if there were no moon, there would be no light in the sky at night (earth would be a lot darker at night, earth's days would be longer (earth will rotate slower), and there will be no tides (the moon pulls the tides)