Planetary Alignment Predicting Huge 9.8 Quake For California 28th May? (Video)

If it’s a prediction posted on BIN, it won’t happen.

BIN posters have a 100% failed record for predicting the end off the world.

Here is what Astronomer Phil Plait has to say on this subject:

Gravity depends on two things: the mass of the object pulling on you, and its distance. The more mass something has, the stronger it pulls, and the farther away it is, the weaker it pulls. As a matter of fact, the strength depends on the square of the distance. If you double the distance, the force of gravity drops by 2×2=4. If you put something ten times farther away, the gravitational force drops by 10×10=100. You can see that gravity gets weak pretty quickly with distance.
The tidal force is much like gravity, but it drops with the cube of the distance. This makes it much less important in our case! Say you double the distance to an object. Its tidal force on the Earth drops by 2x2x2=8. If you increase its distance by a factor of ten, the tidal force drops by 10 x 10 x 10=1000! So tides are in fact much weaker than gravity. (If you want a more detailed description of tides, what causes them and how they behave, I suggest you read my web page all about tides.)
So if we know the mass of an object and its distance, we can calculate the forces of both gravity and tides. It shouldn’t be too much of a surprise to find out that the overwhelming winner in this game is the Earth’s own Moon. It doesn’t mass much (only about 1/80 of the Earth), but it is very close (Venus, the closest planet to the Earth, is at best 150 times farther away!). To make matters easier on us, let’s say that the moon’s gravitational force on the Earth is equal to 1 in whatever units gravity is measured in. That way we can see right away how strong the other planets are; a gravity of 10 means the planet pulls on the Earth 10 times as much as the Moon does. We can do the same with tides; assume that the tidal force is equal to 1 in tidal force units and see how the other planets fare. So, in units of Moon gravity and tides, below are the forces on the Earth from rest of the planets (the data for masses and distances are from the wonderful page The Nine Planets). The masses are in units of 10^22 kilograms (the Earth masses 6×10^24 kilograms, or 600 on this scale), and the distances in millions of kilometers. By the way, I used the distances of closest approach to the Earth to maximize the effect. Realistically, the force will be smaller than what is listed.
Planet Mass (10^22 kg) Distance Gravity (Moon=1) Tides( Moon=1)
Mercury 33 92 0.00008 0.0000003
Venus 490 42 0.006 0.00005
Mars 64 80 0.0002 0.000001
Jupiter 200,000 630 0.01 0.000006
Saturn 57,000 1280 0.0007 0.0000002
Uranus 8,700 2720 0.00002 0.000000003
Neptune 10,000 4354 0.00001 0.000000001
Pluto ~1 5764 0.0000000006 0.00000000000004
Moon 7.4 0.384 1.0 1.0

Let’s look at gravity first. Right away you can see that even mighty Jupiter, king of the planets, only pulls about 0.01 (= 1%) as hard as the Moon does (just to show how I did this, Jupiter masses 27,000 times the Moon, but is 1640 times farther away. The square of 1640 is about 2.7 million, and 27,000/2.7 million=0.01). Venus is next, with only 0.6 % of the Moon’s force. After that, the numbers drop a lot. The total pull of all the planets combined is 0.017, not even 2% of the Moon’s pull!
That ain’t much. But is it enough to destroy the Earth?
No, it isn’t. Think of it this way: the Moon orbits the Earth in an ellipse, which means that sometimes in its orbit it is closer to the Earth than others. At perigee, or closest approach, it is about 363,000 kilometers away, and at apogee, or farthest point, it is about 405,000 kilometers away. If you use these numbers like we did above, you see that the Moon’s own gravitational effect on the Earth fluctuates by about 25% every orbit! The Moon orbits the Earth in about a month, incidentally, so it goes from apogee to perigee every two weeks. So every 14 days we see a change in gravitational effects from the Moon more than 10 times greater than all the other planets combined!

~ ”HMM, A DAY BEFORE THE RELEASE OF THE ROCKS’ NEW MOVIE = WOULD THAT BE IRONIC, IF IT DOES HAPPEN, & ALL THOSE AFFECTED BY IT, WOULD NOT BE ABLE TO SEE THE MOVIE THE NEXT DAY, BECAUSE THEY HAD INDEED WITNESSED IT, FIRSTHAND IN REAL LIFE” ~

THUS SAYS THE LORD GOD ALMIGHTY ~ I AM…