Part 1
A robot is a machine that is controlled by a computer that can be used to perform actions automatically.
These robots can either be controlled by an operator with a remote
control or run a preset order of commands. Some robots are modeled after
humans while others are similar to insects or are wheeled.
Part 2
A
robot is typically made of metal and can be in any form. Essential
features that a robot may require is to be able to move around obstacles
in difficult terrain, being able to sense its surroundings, and solve
problems. The movement of a robot is usually handled by wheels or
jointed legs, but flying robots can be moved by propellers or jet
engines. Robots can sense their surroundings by means similar to
humans. They can use a camera to detect objects around them, touch
sensors to feel objects and sonar sensors to detect sounds.
All of
these systems are handled by a computer normally located within the
robot. Lastly, the robot must have a power source. They can either be
powered by batteries, electrically powered and some can be
self-sustaining, using solar power.
Part 3
Robots
are important for many reasons and have revolutionized many industries.
A robot can get some areas of work done much quicker than humans.
Robots can continuously perform tedious, repetitive tasks which
humans do not wish to do. Robots are also able to be much more precise
and and consistent than humans. Robots are also used in the military or
other dangerous scenarios such as detonating IED's or scouting areas
without risking loss of life.
Part 4
The use of a robot is
needed and used in many different types of industries including
agriculture. A robot would be used to harvest crops and maybe even
taking care of the animals. Robots are most commonly used in the
industries of automobile, entertainment, health care, manufacturing, and
mining. Don't get me wrong, robots are used in many more industries as
they are becoming essential, however these are just the most common
industries a robot would be used in.
Part 5
There are many jobs associated with robotics, such as a robot service engineer, product demonstrator, or a research assistant.
A robot service engineer is responsible for installing, maintaining and
fixing any faults in robots. A product demonstrator brings a robot to a
company and shows what the robot can do with hopes of getting the
company to purchase and use the robots. A research assistant's job is to develop new robot technologies.
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