The planets appear small from Earth because of their great distance from us. Even though they are large celestial bodies, their size pales in comparison to the vastness of space. Our perspective from Earth makes them appear small in the night sky.
No, you cannot see Mars passing in front of the Sun from Jupiter. The distance between the two planets is vast, and any transit of Mars across the Sun would only be observable from Earth, where Mars and the Sun appear closely aligned from our perspective. From Jupiter, Mars would appear much smaller and farther away, making such an event undetectable.
planets appear to move
There is no specific year when all the planets in our solar system are perfectly aligned. While they may appear close to alignment from our perspective on Earth, a true alignment where all the planets line up is a rare event due to their different orbital speeds and paths.
The Moon orbits Earth, so it does not typically "line up" with planets. However, during certain alignments, the Moon can appear close to planets in the sky from our perspective on Earth, such as lining up with Jupiter or Mars.
The planets appear small from Earth because of their great distance from us. Even though they are large celestial bodies, their size pales in comparison to the vastness of space. Our perspective from Earth makes them appear small in the night sky.
no thunder does not appear in other planets
The image would appear distorted and not realistic
When planets are in alignment it is only from our point of view, in reality they are millions of kilometers apart. It is like when you block the sun with your hand, it may seem like they are close but that is truly not the case.
Other planets appear shiny from Earth for the same reason the moon does, we see the other planets' reflected sunlight.
planets appear to move
There is no specific year when all the planets in our solar system are perfectly aligned. While they may appear close to alignment from our perspective on Earth, a true alignment where all the planets line up is a rare event due to their different orbital speeds and paths.
This may appear so from a Solar System perspective. The degrees of inclination range from 3.38 degrees for Mercury to Earth (which has the largest) with 7.55 degrees of inclination from the Sun's equator.
All planets except Mercury can appear 50 degrees from the Sun.
The Moon orbits Earth, so it does not typically "line up" with planets. However, during certain alignments, the Moon can appear close to planets in the sky from our perspective on Earth, such as lining up with Jupiter or Mars.
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.
The last time the planets aligned in a straight line while revolving around the sun was on March 20, 1345. This phenomenon, known as a planetary alignment, occurs when several planets appear in a line relative to the sun from the perspective of Earth.