I don't think you can do an experiment in the usual sense of the word. For example, you can't set up a "control" earth, or an earth without a moon so you can compare it with the earth that has one. But you can do a descriptive study that presents all the facts. For example, you can talk about the gravitational attraction between the earth and moon, and about the orbiting of the moon around the earth. You could look at the overwhelming amount of data supporting the moon-tide link, or see if anyone has ever proposed another explanation for tides. What you end up with, essentially, is a perfect correlation between tidal events and the movement of the moon. Usually, correlations aren't considered a strong enough statistic to demonstrate cause and effect, but in this case anyone who denies it would appear to be a fool. Maybe you could explore when and how correlations like this really do provide a strong argument for cause and effect. That might be an interesting thing to explore! Just had another thought. Along with the above, you could (if you don't find this too silly) do a couple of demonstrations. You could take a piece of cloth completely soaked in water and demonstrate that if you suspend it and leave it untouched, the top of the cloth will dry before the bottom does. You start by assuming the gravitational attraction between the wet cloth and the earth, but you demonstrate that the water will act independently, and not stay stuck where it is on the cloth. Or maybe you could have fun setting up a centrifugal device that spins two equally weighted soaked cloths outward to demonstrate the same thing, and this would help you explain how there are high tides on the earth's side opposite the moon, if you want to get into it that deeply. It will take some reading and thinking to figure this one out.
Tides among other things
moon effects tides...
they're so high because when the sun, moon, and earth are in a line, their gravitational pull creates a tidal bulge on earth. during neap tides, the sun, moon, and earth are at a 90 degree angle, making more even tidal bulges, making high and low tides closer together than the spring tides.
The moon.
I have the same question :/ Hope someone helps you.
The moon has a gravitational pull on water, which is what creates tides
the moon
The moon's gravity creates the tides.
The Moon's gravitational pull causes tides on Earth. When the Moon is closest to a particular area, it exerts a stronger gravitational force and creates higher tides known as spring tides. When the Moon is farthest away, it creates lower tides known as neap tides.
The gravitational pull of the moon on Earth's oceans causes tides. When the moon is closest to Earth, during a full or new moon, tides are generally stronger (spring tides). When the moon is at a right angle to the sun, during the first and last quarter moon phases, tides are weaker (neap tides).
The moon revolving around the Earth - creates the tides.
The moon affects the tides because its gravitational pull creates a bulge in the Earth's oceans, causing high and low tides as the Earth rotates.
The gravitational force exerted by the moon is the primary force that creates tides on Earth. The sun also contributes to tidal forces, but to a lesser extent than the moon. The interaction of these gravitational forces with Earth's rotation results in the daily patterns of tides.
The moon's gravitational pull creates ocean tides, which in turn generate waves. When the Earth rotates, the tides move around the planet, causing water to rise and fall in a cyclical pattern that leads to the formation of waves.
The moon's gravitational pull creates tides in Earth's oceans. When the moon is directly overhead or on the opposite side of the Earth, it causes high tides. When it is at a right angle to the Earth and the sun, it causes lower tides. This gravitational interaction results in the regular rise and fall of ocean waters.
Gravity(the pull that keeps us on earth)
The moon is an example of a natural satellite. The gravitational pull of the moon creates tides on Earth. The moon's gravitational force pulls on the Earth's water, causing it to bulge out on the sides facing the moon and on the opposite side, creating high and low tides.