Naked Science Forum

On the Lighter Side => New Theories => Topic started by: opportunity on 14/09/2018 11:31:31

Title: Are tides the same strength with new and full moons?
Post by: opportunity on 14/09/2018 11:31:31
I've read the facts, the data, yet of course I'm also interested in any ideas the forum can provide.

Be nice.

Title: Re: Are tides the same strength with new and full moons?
Post by: Yusup Hizirov on 14/09/2018 11:59:50
The heaviness of the Moon does not reach the Earth, the gravity of the Earth does not reach the Sun, the Earth's gravity does not reach Venus, because it is not needed.
If the earth's gravity reached the Sun, then the Earth was burned.
Perturbation, is not the cause of the ellipses of the planets.
Title: Re: Are tides the same strength with new and full moons?
Post by: opportunity on 14/09/2018 12:18:33
These statements fly in the idea of a "whirlpool" itself, do they not? Planets revolve in the way they do around the sun, collectively, to prevent falling into the Sun. "Satellites", weather satellites, and so, need to be "at speed" to prevent flying into the Earth. You know that, right?
Title: Re: Are tides the same strength with new and full moons?
Post by: Yusup Hizirov on 14/09/2018 12:23:36
If the Earth's gravity reached the Sun, the Earth would collect space debris, why would he need it.

The sun acts on the Earth by gravitational and centrifugal force.
If the Earth acts on the Sun only by "gravity", it is dangerous.
Title: Re: Are tides the same strength with new and full moons?
Post by: opportunity on 14/09/2018 12:33:44
The beautiful thing about the Earth is that it has a Moon, and thus the relative gravity centre regarding the Earth and Moon as one has the overall gravity of that unity between the Earth and Moon, just skimming the Earth......we're lucky to have the Moon re. space debris and the effect the earth-moon relationship has there.

In saying that, I would say, go further to say, that if we didn't have a Moon, we would not have the stable planet and atmosphere we have today, have had, and will have until the sun requires a new plan for this system we live in.
Title: Re: Are tides the same strength with new and full moons?
Post by: Yusup Hizirov on 14/09/2018 12:44:48
I agree, the moon is the broom of the Earth.
Title: Re: Are tides the same strength with new and full moons?
Post by: opportunity on 14/09/2018 13:31:29
Without the Moon, big statement, this would have wiped out Russia.




So, what about tides re. full and new moons?
Title: Re: Are tides the same strength with new and full moons?
Post by: Yusup Hizirov on 14/09/2018 14:51:14

If the planets were mutually attracted during the parade of the planets, Earth satellites, air pressure, the pendulum clock reacted.
Title: Re: Are tides the same strength with new and full moons?
Post by: opportunity on 14/09/2018 15:22:40
Or....your consciousness reacted.....and made you type the words you typed...….right?
Title: Re: Are tides the same strength with new and full moons?
Post by: Yusup Hizirov on 14/09/2018 15:33:26
I always edit the text, but I do not know how it works.
Title: Re: Are tides the same strength with new and full moons?
Post by: opportunity on 14/09/2018 15:36:53
I edit text to be polite with what I know.


I like this forum....being relegated to "new ideas"....nowhere else.....


Being polite with new ideas is innovative in itself.

I've been targeted to focus on new ideas, and I don't have a problem with that, because really physics forum is looking for what? Stuff no one is affording financially or biologically right now.



Title: Re: Are tides the same strength with new and full moons?
Post by: Kryptid on 14/09/2018 16:58:12
The heaviness of the Moon does not reach the Earth, the gravity of the Earth does not reach the Sun, the Earth's gravity does not reach Venus, because it is not needed.

You seem to have forgotten about that video from Mythbusters I posted where the Moon's gravity was proven to be detectable at the Earth's surface. You are also forgetting about the inverse square law, which states that the force of gravity gets weaker as distance increases but it never goes to zero: https://en.wikipedia.org/wiki/Inverse-square_law#Gravitation

Here is another website stating that the gravitational effects of the Moon on the Earth are detectable with gravimeters: https://physicsworld.com/a/new-gravimeter-on-a-chip-is-tiny-yet-extremely-sensitive/

Here is a quote of significance:

Quote
To test the gravimeter, the device was set running for several days to measure Earth tides. This is the tiny oscillation in the strength of the gravitational field caused by the distortion of the shape of the Earth by the tug of the Moon. Sure enough, the gravimeter data showed a clear oscillation with a period of about 12 h that matched what is expected from the Earth tides.

Quote
If the earth's gravity reached the Sun, then the Earth was burned.

What does that even mean?

Quote
If the Earth's gravity reached the Sun, the Earth would collect space debris, why would he need it.

What makes you think that the Earth "needs" anything? It isn't a living thing. It can't make decisions. Even if it could, it couldn't control how far its own gravity reaches. The laws of physics do that.
Title: Re: Are tides the same strength with new and full moons?
Post by: Yusup Hizirov on 20/09/2018 06:43:11
When the tidal forces of the Earth stopped the Moon's rotation, if the side of the moon turned to the ground, it is concave, and the lower side of the moon is convex. The laser altimeters of the Apollo-15 ships -17 showed that the visible side of the Moon is below the average level, and the invisible side is above it.
In cosmonautics it is already proved that the area of the Moon's attraction is limited to 10 thousand kilometers from the surface of the Moon,
artificial satellites of the Moon with an orbit radius of more than 10 thousand km. break away from the orbit.
Title: Re: Are tides the same strength with new and full moons?
Post by: Bored chemist on 20/09/2018 07:30:36
it is concave
LOL