It would cost too much to 'clean up'. There is no known life on the satellite and its mass is too little to cause any effective change to its orbit. It is not seen as a disadvantage to have there.
Instruments left on the moon to measure heat flow help scientists understand the thermal properties of the moon's interior. They provide valuable data on how heat is transferred within the moon and can shed light on its geological activity and history.
During waxing of the moon, it is lite from the right side. The moon appears to get large from West to East After it passes the Full Moon and starts to wane, it is lite from the left side.
When viewed from the Earth, if the light side of the Moon appears on the left-hand side, it is classed as "Waning" (getting smaller from a full-moon), whilst if the light is on the right-hand side, it is classed as "Waxing" (getting bigger towards a full-moon). If the Sun leads the Moon in their respective orbits across the sky, the light will be on the right-hand side. If the Moon leads the Sun, the light will be on the left-hand side. Whilst the Moon is associated with night and darkness, the Moon can often be seen during daylight (though difficult to see clearly in a bright daytime sky).
That happens at half-moon, when the Moon is at the right-angle of a right-angled triangle. The acute angle of the triangle is at the Sun and it is only 0.147 degrees on average. At half-moon you can look at the Moon, and the Sun is approximately 90 degrees to the right or the left, depending on whether the Moon is waxing or waning.
One week after the full moon, the moon is in its third quarter phase. During this phase, the left half of the moon appears illuminated when viewed from the Northern Hemisphere, while the right half appears illuminated from the Southern Hemisphere. This is because the sunlight is shining on the opposite side of the moon compared to the full moon phase.
The moon buggies were used by Apollo 15,16, and 17.
Yes, moon buggies were left on the moon during the Apollo missions. They were used as transportation for astronauts to explore the lunar surface, but were left behind to make room for other mission-critical equipment and to save weight for the return journey to Earth.
A total of 12 people have driven moon buggies on the moon. The lunar roving vehicles (moon buggies) were used during the Apollo 15, 16, and 17 missions to allow astronauts to explore the lunar surface more efficiently.
In relation to the size of the moon, they are tiny, and we are so far from the moon. Even the astronauts orbiting the moon could not see them.
Moon buggies, also known as Lunar Rovers, were made for transporting astronauts and equipment on the surface of the moon during Apollo missions. They were designed to be lightweight, durable, and capable of navigating the rough and dusty terrain of the lunar surface.
Buggies on the moon stay in place due to the reduced gravitational force compared to Earth. The moon's gravity is about 1/6th that of Earth, allowing the buggies to stay on the surface without floating away. Additionally, they have wheels that provide traction to move around on the moon's surface.
Moon buggies do not float away because the moon's gravitational pull keeps them grounded. Unlike on Earth where gravity is stronger, the moon's weaker gravity allows vehicles to roll on the surface without floating away. Additionally, the moon buggy's weight and design are specifically built for use in the lunar environment.
Moon buggies move around the moon using their huge wheels that have to be solid and able to move around uneven grounds. ( the moon!)
There are currently no lunar buggies (rovers) on the moon. The Apollo Lunar Rovers from the 1970s were used for exploration and have not been operational since. In recent years, various countries and organizations have been working on developing new rovers for future missions to the moon.
The lunar buggies were solar powered vehicles used on the moon, it was mainly to travel faster and explore a larger area of the moon.
They are used so that astronauts can travel faster when on the moon. Hence, they can travel further before they run out of oxygen
They are used so that astronauts can travel faster when on the moon. Hence, they can travel further before they run out of oxygen