No. The planets all orbit the sun at different rates. In rare instance they roughly line up, but not on any particular side of the sun.
First of all, it is impossible for all the planets to form a straight line out from the Sun (or viewed superimposed on each other in the sky) because each planetary orbit is tilted slightly.In April 2036 there will be an "alignment" insofar as all five planets that can be visible to the naked eye will appear together in the evening skyIn September 2008 there was an alignment in space (not in line with the sun) nor visible to earthlings (some planets were on one side others on the other side of Earth.
The date on the eastern side of the date line is one day ahead of the date on the western side. As you travel across the International Date Line from west to east, you gain a day, and as you travel from east to west, you lose a day.
Earth has just one moon. All the other planets except Mercury and Venus have moons.
there's no such thing, *-_- all the planets rotate so of course to show only one side the planet does not have to rotate! and since the last time i checked on space science all planets rotated T_T use your smarts dude
it is one day before the day on the eastern side
ray
A half line? A ray?
This describes a ray.
It is a ray.
ray
when my gramma can see her toes again! How should i know u kook!
First of all, it is impossible for all the planets to form a straight line out from the Sun (or viewed superimposed on each other in the sky) because each planetary orbit is tilted slightly.In April 2036 there will be an "alignment" insofar as all five planets that can be visible to the naked eye will appear together in the evening skyIn September 2008 there was an alignment in space (not in line with the sun) nor visible to earthlings (some planets were on one side others on the other side of Earth.
No, the planets did not align on Wednesday, March 10th. Planetary alignments occur when the planets in our solar system appear in the same part of the sky from our perspective on Earth, but true alignments are quite rare.
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.
in a line
All planets being on the same side as Earth is not possible due to the laws of physics and the way planets orbit the sun. The positions of planets in our solar system are determined by their individual orbits and gravitational forces, which keep them in motion around the sun. It is highly unlikely for all planets to align on the same side as Earth due to the complex and independent movements of each planet.
It is an allusion to an astrological belief that the position of the planets affects changes on this one. Specifically good and bad events are directly related to the positions of certain planets and stars within the zodiac and constellations.