One of the main reasons why there is a push to construct a base on the moon is because telescopic observations from the moon would be clearer due to the fact that there would be no interference from an atmosphere, as is experienced on the Earth.
AnswerMoon AnswerThe heavy mirror in a large telescope becomes distorted in a gravitational field when fixed on the earth, which would happen even on the moon with its reduced gravity. This reduces the quality of the image. Actuators placed under the mirror are used to minimise this effect in some large modern telescopes (called active optics, see reference).However, orbiting the earth in space the telescope mirror becomes weightless and these effects can be virtually eliminated. This simplifies the telescope design and the subsequent image quality should be improved.
An orbiting telescope would also be cheaper to launch and service than one located on the Moon.
Dysnomia, the moon of the dwarf planet Eris, appears to be a reddish color based on astronomical observations. This color may be due to the presence of organic compounds on its surface.
Thomas Harriot used the telescope for astronomical observations, specifically to study the Moon. He made detailed maps of the Moon's surface, documenting its craters and mountains. Harriot's observations were significant contributions to the field of astronomy during his time.
A depression on the surface that looks like a channel.
Its surface is visible because of how AU's (Astronomical Units) it is away from the Earth.
They use robots. Yes. They also get data from orbiting spacecraft.
What is meant is having an observatory on the moon vice in low earth orbit. Search some of the other questions that were answered on this topic for further information.
Dysnomia, the moon of the dwarf planet Eris, appears to be a reddish color based on astronomical observations. This color may be due to the presence of organic compounds on its surface.
If you built an observatory on the lunar surface, there would be no atmosphere to battle in viewing what you needed to see. Therefore, as far as an observatory goes, one could see more due to the fact that the sky would be much more clear from the moon since it has no atmosphere than that of Earth, which does.
Thomas Harriot used the telescope for astronomical observations, specifically to study the Moon. He made detailed maps of the Moon's surface, documenting its craters and mountains. Harriot's observations were significant contributions to the field of astronomy during his time.
A depression on the surface that looks like a channel.
Its surface is visible because of how AU's (Astronomical Units) it is away from the Earth.
Usually orbiting Earth, that is, in an orbit around Earth, but fairly close to Earth - a few 100 km. distance from Earth's surface, at most.Usually orbiting Earth, that is, in an orbit around Earth, but fairly close to Earth - a few 100 km. distance from Earth's surface, at most.Usually orbiting Earth, that is, in an orbit around Earth, but fairly close to Earth - a few 100 km. distance from Earth's surface, at most.Usually orbiting Earth, that is, in an orbit around Earth, but fairly close to Earth - a few 100 km. distance from Earth's surface, at most.
Orbiting satellites.
They use robots. Yes. They also get data from orbiting spacecraft.
NASA announced the discovery of water on the moon in October 2020. This discovery was made through observations by the Stratospheric Observatory for Infrared Astronomy (SOFIA) telescope. The presence of water molecules was detected on the sunlit surface of the moon, challenging previous assumptions about lunar water distribution.
Venus has two artificial satellites orbiting it, radar-mapping the surface and gathering other useful information about its surface.
Objects in free fall experience the same acceleration regardless of their mass, indicating that gravity affects all objects equally. Additionally, the weight of an object decreases as it moves away from Earth's surface, suggesting a gravitational force that weakens with distance. Finally, observations of celestial bodies orbiting Earth or falling towards it further support the idea that gravity interacts with objects at all distances from Earth's surface.