Radar astronomers found ice water that never melts in the deep craters in the polar regions of Mercury.
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Yes, scientists use satellites equipped with radar, laser altimeters, and other sensors to measure the size of polar ice caps. These satellites can provide accurate measurements of ice height, extent, and changes over time, helping researchers monitor the impact of climate change on these regions.
Yes, astronomers have gathered data on Venus's surface using spacecraft missions and radar imaging techniques. Venus's surface is extremely hot, with temperatures reaching around 900 degrees Fahrenheit, and pressure over 90 times that of Earth's. It is covered in volcanic plains, mountains, and large impact craters.
Earth would appear as a bright source of radio waves to extraterrestrial astronomers due to human-made radio transmissions. These transmissions, including radio broadcasts, satellite communications, and radar signals, create a radio "glow" around Earth that can be detected from great distances in space.
It takes about 58.6 Earth days.
No, however there is some indirect evidence of Ice on the bottom of craters on its north pole. It was discovered via radar observations. Ice is one of the few materials that are very radar reflective when frozen, and it was discovered that Mercury has very reflective matter in its northern craters.
Astronomers hypothesize that the southern polar cap of Mars has water ice under the carbon dioxide ice because of radar data that suggests the presence of a thick layer of water ice beneath the surface. Additionally, this hypothesis is supported by theoretical models of Mars' climate and geology.
An azran is a position in polar coordinates of an object located by radar.
Primarily photo or radar reconnaissance.
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Yes, scientists use satellites equipped with radar, laser altimeters, and other sensors to measure the size of polar ice caps. These satellites can provide accurate measurements of ice height, extent, and changes over time, helping researchers monitor the impact of climate change on these regions.
Kenneth John Winser has written: 'A combined radar and optical study of the polar ionosphere'
PPI (plan position indicator).
Astronomers used methods such as parallax and observations of planetary motion to determine the scale of the solar system before the invention of radar. By measuring the positions of celestial objects at different points in Earth's orbit, they could calculate distances within our solar system. Johannes Kepler's laws of planetary motion also provided insights into the relative distances of planets from the Sun.
The element Mercury was known to ancient Chinese and Hindus before 2000 BC and was found in tubes in Egyptian tombs dated from 1500 BC It was used to format amalgams of other metals around 500 BC.The planet Mercury has been known since ancient times. Until the mid-1960's, astronomers believed that Mercury rotated once every 88 Earth days, the same time the planet takes to go around the sun. If Mercury did this, one side of the planet would always face the sun and the other side would always be dark. However, radar studies conducted in 1965 showed that the planet rotates once in about 59 days. The only spacecraft to come close to Mercury was Mariner 10 from 1974 to 1975, which was only able to map 40%-45% of the planet's surface.
A radar mast is a high platform to mount a radar antenna such as the radar has an unobstructed view.
A radar engineer works with radar. They have design, develop, install, and test a radar.