Robotics

Technally,yes.More technally,no.Its not Independant,and to backup my answer.A Sattlite in 2000 crashed because it was unpiloted

The first time 'robot' was mentioned was in R.U.R. (Rossums Universal Robots) a science fiction play by Karel Capek, a Czech writer, in 1921. This is considered the introduction of the word robot, meaning worker.
They were closer to what today we would call androids.

There is no fear of loss of human life and less resources are needed to keep a robot running than to sustain a life support system. They don't need light, air, living space, food, water, entertainment or clean socks. They also don't mind a bit of crushing acceleration, really long journeys or being left in space.

Astronauts are more capable than robots and more resourceful should something go wrong.

it would be hard to maintain them if there in space. they would have to be programed in there heads how to charge them selves and how to fix themselves. if would be hard to keep up with them because they will break at one point so we would have to be able to send more up if needed but we would have to keep total control over them because we don't want anotherRevelution on our hands.

The robot's name is simply "Robot" or "The Robot" on the TV show Lost in Space.

Hundreds of them. Every unmanned space capsule, and probably most manned ones as well, is a robot - it has to do many things automatically. (Don't confuse "robot" with "android" - a robot in human form! The latter are common in science fiction.)

If you're asking about "The Terminator" as portrayed by Arnold Schwarzenegger, it was an interesting film, useful for entertainment, lasting about 107 minutes.

If you're asking about "The Terminator" as a fictional entity, it doesn't really exist. There is a difference between reality and the fantasy world of Sci-Fi movies.

Astronomically speaking, it is also the demarcation between daylight and darkness of a planet or moon as it revolves. The impact would be the onset of darkness.

The first robot prototype was built by the American engineer George Devol in the United States in 1954. He created an automated machine called "Unimate," which became the first industrial robot used on a production line in a General Motors factory.

Robots can perform tasks that are too dangerous or difficult for humans to do in space. They can also operate for longer periods of time without needing rest and can be more cost-effective than sending humans on certain missions. Additionally, robots can be designed to withstand extreme conditions in space, such as high radiation levels or temperature fluctuations.

The Canada arm is located on the International Space Station (ISS). It is a robotic system used for various tasks, such as docking spacecraft and conducting maintenance operations outside the station.

As of June 2021, there are several robots in space operated by various space agencies and companies for tasks such as maintenance, exploration, and research. A specific number is difficult to provide as new missions are constantly being launched and existing ones decommissioned.

There is no definite answer to this question as it depends on numerous factors such as technological advancements, regulatory frameworks, and societal acceptance. While robots are increasingly being used in various industries, they are not expected to gain dominance over the world in the near future. There are still ethical, technical, and economic challenges that need to be addressed before widespread domination by robots can occur.

The Robot was called B-9 or was essentially just the (Robot) Robby the Robot is from the l956 film Forbidden Planet.

Yes, the robotic arm on the space shuttle is considered a robot because it is a mechanical device that can be programmed to manipulate objects in its environment autonomously.

Robots store memory using electronic components like hard drives, solid-state drives, or flash memory. They use these storage devices to save data and instructions needed for their operation. Some robots also utilize cloud storage to offload data and access information remotely.

There is no fear of loss of human life and less resources are needed to keep a robot running than to sustain a life support system.

Astronauts are more capable than robots and more resourceful should something go wrong.

Adapt. if a robot is designed to do one thing it cannot do another thing easily.

Use reasoning to solve a problem.

Make repairs.

Adjust priorities in real time.

Describe a problem or phenomenon in human terms.

The recent repairs to the Hubbell telescope illustrated what humans could do that machines could not do.

Machines can do many things in space that humans can't, or are not ready to do yet. They can go extended times with air and water. They can 'live' in cramped spaces for long periods without complaint or injury. They can shut down to save power for long trips.

Some notable inventions and inventors of the 1950s include the credit card (invented by Frank McNamara), the first successful organ transplant (Dr. Joseph E. Murray), the first video tape recorder (Charles Ginsburg), and the first solar cell (Gerald Pearson, Daryl Chapin, and Calvin Fuller). Additionally, Jonas Salk developed the polio vaccine in the 1950s, significantly impacting public health.

I think it takes about a year to get to the moon, travelling at a fast pace (like in a rocket). If you don't believe me, look it up at www.space.com. It may help you.

Robots can be subjected to much higher pressures than the human body can, and space and under the sea are the 2 most pressurised environments we know about. So robots do these jobs for us, so we dont risk exploding (very messy!) in these exreme environments.

Some disadvantages of sending robots into space include limitations in their ability to adapt to unexpected situations, the potential for technical malfunctions without immediate human intervention, and the inability to provide real-time decision-making capabilities in complex scenarios. Additionally, robots may not be able to perform tasks that require human-like dexterity or creativity.

Robots can perform various tasks in space, such as conducting repairs on satellites, assembling structures, collecting samples from planetary surfaces, and assisting astronauts with tasks outside the spacecraft. They can also help with tasks that are too dangerous or time-consuming for humans to do.

Space robots can operate in harsh environments where it may be difficult for astronauts to work, reducing the risk to human life. They can also perform tasks more efficiently and for longer durations than humans. Additionally, robots can be designed and programmed for specific tasks, making them ideal for specialized missions in space.

The cost to get to Mars varies depending on the mission and spacecraft used. Current estimates range from $6 billion to $500 billion for manned missions. NASA's Perseverance rover mission, for example, cost around $2.7 billion.

Some notable inventions from 1991 to the present include the World Wide Web (1991), MP3 format for digital music (1993), Google search engine (1998), iPod (2001), YouTube (2005), iPhone (2007), and CRISPR gene-editing technology (2012). These inventions have significantly impacted technology, communication, and daily life.