As the correct date, time and year are not known , we can not say anything about the alignment of planets.
Its called the catastrophic alignment or planetary alignment
well it depends on the alignment of all the planets
All the planets in our solar system never truly align perfectly due to the varying orbits and speeds at which they travel. The closest they come to alignment is known as planetary alignment, and the last time a rough alignment occurred was in 2010, but a perfect alignment is extremely rare.
It depends on what you mean by "alignment." There have been plenty of times that all the planets have been on more or less the same side of the Sun; there probably has never been a precise alignment (within, say, a few degrees) of all the planets simultaneously.
Only if the planets are in the right alignment.
Special moments, alignment of stars and planets
The alignment of planets in our solar system constantly changes as they orbit the Sun at different speeds and inclinations. Today, the planets are not significantly aligned in a straight line in the sky. However, certain planets may be clustered closer together depending on their positions in their orbits.
The gravity of all the planets and the alignment of them.
The alignment of planets does not have a scientifically proven effect on the likelihood of an earthquake occurring on Earth. Earthquakes are primarily caused by the movement of tectonic plates beneath the Earth's surface.
No, the alignment of planets in the Milky Way does not have a significant impact on Earth's gravity. The gravitational pull between planets is determined by their masses and distances, not their alignment. Earth's gravity is mainly influenced by the mass of Earth itself.
There is no great event that would occur with a planet alignment. Scientists actually believe a planetary alignment could never occur because of the different planes of the planets.
It is called an "alignment". A perfect alignment, all planets in one line, as is frequently shown in cartoons for example, has a probability of zero. That is to say, it is so unlikely that it may be considered impossible.