NASA

No, it would not be possible to survive a Saturn V launch from within the launch gantry. The immense heat, sound, and vibrations generated during the launch would be fatal to anyone in such close proximity to the rocket. Safety protocols require personnel to be at a safe distance during a rocket launch.

To analyze the mineral composition of the surface of Mars, scientists at NASA can use rovers equipped with instruments like X-ray diffraction and spectrometers to identify minerals. They can also analyze data from orbiting satellites that use remote sensing techniques like visible and infrared spectroscopy to determine the mineral content of the Martian surface. By combining data from multiple sources, scientists can create comprehensive mineral maps of Mars.

There have been dozens of land mine removal devices. Some of them used technology developed by NASA for remotely controlled vehicles, such as the Mars Explorer, or powered arms used for materials handling in space, such as the cargo arm from the space shuttle.

Dafydd Williams retired from the Canadian Space Agency in 2011. He served as an astronaut from 1992 to 2011.

Yes, hydroponics can work in outer space. In fact, many experiments have been done on the International Space Station using hydroponic systems to grow plants in microgravity. Hydroponics is well-suited for space environments as it allows efficient use of resources like water and nutrients in a controlled setting.

NASA's robot, the Perseverance rover, was launched on July 30, 2020, and landed on Mars on February 18, 2021.

Excellent engineering. It was designed to do certain things for a certain amount of time as a minimum. It turned out to be an "Energizer Bunny", to NASA's delight. Also, the engineers have learned a great deal about the robot ships they launch in the last 30 years, making each successive one better than the last.

there were two main spacecrafts the voyager 1 and the voyager 2 that flew to Jupiter and in to deep space. It was in 1979.

NASA uses a variety of equipment on Earth, including telescopes, satellites, research aircraft, and scientific instruments. These tools help NASA scientists study the Earth's atmosphere, climate, and geology, as well as monitor natural disasters and track the effects of human activities on the environment. NASA also collaborates with other agencies and organizations to gather data and conduct research.

NASA has a spacecraft on it's way to photograph Pluto and other things in the trans-Neptunian region right now - estimated time of arrival is early-mid 2015.

Yes, a spectrometer breaks up the sunlight into its component wavelengths through dispersion. This allows scientists to analyze the different wavelengths present in sunlight and study their properties.

Lunar geology focuses on the study of geological features, structures, and processes specific to the Moon. It involves examining the Moon's surface, impact craters, volcanic plains, and regolith. In contrast, general geology encompasses the study of Earth's composition, structure, and processes, such as plate tectonics, mineral formations, and rock formations.

The NASA-ER2 aircraft is primarily involved in the data collection step of the scientific method. It is used to gather valuable information through aerial observations and measurements that can then be analyzed to draw scientific conclusions and make discoveries.

NASA sent rovers because only Hollywood can send a man/woman to Mars. The logistics in sending a manned flight to mars is ridiculous. Not to imply we wont someday get there but right now its not even remotely possible. here are a few basic reason.

1. a large craft is needed. Building a space station is one thing but building a large space craft is another.. you can't build it on earth because how would you get it into space and we cant build it in space because we don't have the facilities I.E fabrication ,assembly crew to do the work, crew quarters, air, food and so on.

2. a trip to mars takes 6-9 months a crew will need food, air and waste management for that time there and back. with no possibility of resupply and that all adds up to weight which is always an issue.

3. the crew will need a way to get to the surface stay for extended time and come back to the ship safely.

4. you also have to deal with solar radiation spikes space dust and micro meteors navigation communication planet side weather prediction and a whole host of other really complicated problems.

Hope this helped

The Hubble Space Telescope primarily relies on imaging techniques to observe celestial objects, which makes detecting faint exoplanets around distant stars very challenging. Additionally, the telescope's small field of view and limited sensitivity to starlight interference further hinder its ability to directly detect exoplanets. Specialized ground-based observatories and space telescopes like the Kepler Space Telescope are typically used for detecting exoplanets.

The name "Earth" is derived from the Old English word "eorthe," which is thought to have originated from the Germanic word "ertho." The name is believed to have been used by Anglo-Saxons to refer to the soil or ground.

The International Space Station (ISS) orbits at an altitude of 278 to 460 km (173 to 286 miles), and orbits the Earth about once every 92 minutes.

Vandenberg Air Force Base is located on the central coast of California, northwest of Lompoc. It is situated on approximately 98,000 acres with a mission to provide space launches for government, military, and commercial satellites.

Hans Lippershey is often credited as the inventor of the telescope in the early 17th century, although the device's development is also attributed to others like Galileo Galilei and Johannes Kepler.

This is an interesting question that gets deeper then you may wish to go. A shuttle launch will release water vapor, which is a greenhouse gas. It is the most common of greenhouse gases. Water vapor is ignored though in terms of man contribution to greenhouse gas because it dissipates quickly and mans contribution to this gas is insignificant. The water vapor produced in a launch remains in the atmosphere for a few hours. Much of the raw material used to create this water vapor also comes from the atmosphere to start with.

Man produces almost 0.3% of all greenhouse gases, virtually none of this amount though is from the space program.

The probes that can drive on planets are called rovers. NASA's Mars rovers, for example, are designed to explore the surface of Mars by traveling across the terrain and conducting various scientific experiments.

The current plan for a manned mission to Mars is being developed by NASA with a target timeframe of the 2030s. However, the exact date may be subject to change depending on various factors such as technological advancements, funding, and international collaborations.

- Spirit

- Opportunity

- Curiosity

The main discovery the mars exploration rover made was discovery of evidence of water on Martian surface.

On March 23, 2004, a news conference was held announcing "major discoveries" of evidence of past liquid water on the Martian surface.

A delegation of scientists showed pictures and data revealing a stratified pattern and cross bedding in the rocks of the outcrop inside a crater in Meridiani Planum, landing site of MER-B, Opportunity, suggesting that water once flowed in the region.

The irregular distribution of chlorine and bromine also suggests that the place was once the shoreline of a salty sea, now evaporated.