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See the Impact Site where Beresheet crashed into the moon

Left: Beresheet crash site. Right: A comparison of images taken before and after the crash, improved to show the subtle changes in light brightness. NASA / GSFC / Arizona State UniversitySpaceIL's Beresheet spacecraft may not have made the last obstacle to landing on the moon, but it can still contribute to scientific knowledge. An image of the crash site has been captured by a NASA's Lunar Reconnaissance Orbiter (LRO) and is analyzed for information on the moon land. LRO is an unmanned spacecraft that orbits the moon at a height of between 50 and 200km (31 to 124 miles). It was originally launched to help find a suitable landing site for missions for the moon, but now most focuses on scientific work such as collecting temperature maps and high resolution images. The above images were collected by LRO's narrow angle cameras (NAC). There are two NACs on LRO, which capture panchromatic images on a 0.5 meter scale over a 5 km stretch. These are accompanied by a wide-angle camera (WAC) that takes images in a scale of 100 meters per pixel in seven color bands over a 60 km (37 mile) loop. Data from both sets of cameras is then fed to the sequence and compressor system (SCS). Together, NAC, WAC and SCS form the Lunar Reconnaissance Orbiter Camera that captures detailed images of the moon's surface. When it comes to Beresheet influence pictures, it is not clear whether the influence created a crater in surface or not. "On the…

 beresheet impact site content m1310536929r m1098722768l relationship 1 Left: Beresheet crash site. Right: A comparison of images taken before and after the crash, improved to show the subtle changes in light brightness. NASA / GSFC / Arizona State University

SpaceIL’s Beresheet spacecraft may not have made the last obstacle to landing on the moon, but it can still contribute to scientific knowledge. An image of the crash site has been captured by a NASA’s Lunar Reconnaissance Orbiter (LRO) and is analyzed for information on the moon land.

LRO is an unmanned spacecraft that orbits the moon at a height of between 50 and 200km (31

to 124 miles). It was originally launched to help find a suitable landing site for missions for the moon, but now most focuses on scientific work such as collecting temperature maps and high resolution images.

The above images were collected by LRO’s narrow angle cameras (NAC). There are two NACs on LRO, which capture panchromatic images on a 0.5 meter scale over a 5 km stretch. These are accompanied by a wide-angle camera (WAC) that takes images in a scale of 100 meters per pixel in seven color bands over a 60 km (37 mile) loop. Data from both sets of cameras is then fed to the sequence and compressor system (SCS). Together, NAC, WAC and SCS form the Lunar Reconnaissance Orbiter Camera that captures detailed images of the moon’s surface.

When it comes to Beresheet influence pictures, it is not clear whether the influence created a crater in surface or not. “On the scale of the NAC image we cannot detect a crater; perhaps there is one, but it is simply too small to be seen,” says Dr. Mark Robinson for Arizona State University in a statement. Alternatively, he said that the craft could have affected the surface at a low angle which gave a giggle rather than a crater. Or perhaps because the boat was so small and delicate and did not travel at a very high speed, it was shattered and did not produce a crater at all.

Although the Beresheet landing failed, it could still provide scientists with valuable insights into the moon environment. It is classified as a minor impact, like two previous spacecrafts that influenced the moon: GRAIL which was affected in 2012 and LADEE which was affected in 2014. These events can help scientists understand how the moon’s earth or regolith changes over time. [19659008]
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