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Magellan, a JPL-led project, used synthetic aperture radar to map Venus. Martin Marietta in Denver built the spacecraft, Hughes in El Segundo built the radar.

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Q: What planet's terrain was mapped by space probes using radar?
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Which cloud shrouded planet did the Magellan spacecraft map with radar?

The Magellan spacecraft mapped the cloud-shrouded planet Venus with radar.


What technologies are used to observe planets?

Technologies such as telescopes, spectroscopy, radar, and space probes are commonly used to observe planets. Telescopes, both ground-based and space-based like the Hubble Space Telescope, are essential for capturing images and data. Spectroscopy helps analyze the composition of planetary atmospheres and surfaces. Radar is used to study surface features and map terrains. Space probes, like the Mars rovers, provide close-up measurements and observations.


How can space probes search space?

Space probes search space by traveling to different celestial bodies, such as planets, moons, asteroids, and comets. They navigate using onboard propulsion systems and follow pre-programmed paths or receive commands from mission control on Earth. Probes gather data through onboard instruments like cameras, spectrometers, and radar, transmitting the information back to Earth for analysis.


Is Venus smooth or bumpy?

Venus' surface is characterized by both smooth plains and rugged, bumpy terrain. The smooth plains are thought to be relatively young lava flows, while the bumpy terrain consists of mountains, volcanoes, and large impact craters.


Which thickly clouded planet has radar mapping revealed a varied topography consisting of plains highlands and thousands of volcanic structures?

Venus is the planet that is thickly clouded and has been mapped using radar to reveal its varied topography, including plains, highlands, and thousands of volcanic structures. Venus's dense atmosphere makes it challenging to observe its surface using traditional telescopes, but radar mapping has provided valuable insights into its geology and terrain.


What kind of pulses did Venus' topography has been mapped from space and earth?

Venus' topography has been mapped using radar pulses from space to penetrate its thick cloud cover, revealing surface features like mountains and craters. On Earth, topography mapping has been done using various methods such as LiDAR, satellite imagery, and ground-based surveys to create detailed 3D models of the terrain.


Which thickly clouded planet has radar mapping?

Venus. Here's a good trivia question: "Which planet is the most completely mapped?" Most people will say Earth, but Earth is 70% water and the oceans are charted, not mapped.


What are radar waves used for?

Radar waves are used for various purposes such as tracking the movement of objects (like aircraft and ships), detecting weather patterns, monitoring speed and distance, mapping terrain, and aiding in navigation for ships and aircraft. Radar is also used in military applications for surveillance and targeting.


Methods used to investigate the planets?

Some methods used to investigate planets include remote sensing techniques, such as spacecraft missions, telescopic observations, and radar imaging. Scientists also use computer modeling and simulations to study the planets and their environments. In addition, some planets have been visited by robotic landers, probes, and rovers to gather on-site data.


Why can surface of Venus not be seen?

The surface of Venus can not be seen in optical light due to an immensely think atmosphere. However, it can be seen by radar and because of this most of the planet has been mapped.


What do air traffic controllers use to monitor and guide planes?

NAVAIDS, Pilotage, Terrain, Radar, Reporting points, GPS, Eyesight, etc. based on location.


How far away can a police radar spot your speed?

Police radar can typically spot your speed from up to a few hundred feet away, depending on the model and conditions such as weather and line of sight. Advanced radar systems may have a longer range, but generally, they are effective within a few hundred meters.