For lightweight duty, the power supply can use ……………… than hydraulics or pneumatics.

The heart of robot is the controlling computer which is fitted with …………….. interfaces.

The ……………… is an important design issue for the manipulator. The greater the ……………………….., the more tasks it can be programmed to carry out.

In order to achieve ……………….. of motion within a three-dimentional space, a robot manipulator needs to be able to move in at least three dimensions.

………………... is the simplest. Its three degrees of freedom are all linear and at right angles to each other.

………………. Is the most complex type of manipulator.

………………. has one rotational and two linear degrees of freedom.

The work volumn of Cartesian manipulator is ………………….

A manipulator have many joints is flexible but control is ……………….

The manipulator is the bit which actually ………….. the mechanical work.

The controlling computer ………………. with appropriate interfaces.

Robots are multifunctional so an important ……………. issue.

As a human being, your work volume …………..... of all the places your hands can reach.

The techincal jargon is that it ……………. at least three ‘degrees of freedom’.

The second type of manipulator …………….. a cylindrical manipulator because of shape of its work volume.

The final type of manipulator has three rotional ………….. of freedom.

Robotics is the branch of …………………………………………………

These technologies ………………… automated machines that can take the place of humans in dangerous enviroments.

The rotor in a stepper motor ………………….. from several permanent magnets with north and south poles.

The study of robots and their design, construction, operation, and application is known as ....................................

A ............................is a programmable machine capable of carrying out complex tasks, often resembling a human or animal.

The ............................is a fundamental component of a robot that acts as the "brain," controlling its movements and operations.

A robot's ability to perceive and interpret its environment is facilitated by its ..............................

The process of a robot making decisions or taking actions based on sensor input is known as .......................................

The mechanical devices responsible for moving or manipulating the robot's limbs or tools are called ...............................

In industrial robotics, a common type of actuator used for precise motion control is the ................................

Robotic arms often consist of multiple .............................. linked together to provide flexibility and range of motion.

le .............................. linked together to provide flexibility and range of motion.

In robotics, the term .................................. refers to the sequence of instructions that tells a robot what tasks to perform.

The............................... is the area of robotics concerned with the design and control of robots that interact with humans.

The study of robots and their design, construction, operation, and application is known as ....................................

A ............................is a programmable machine capable of carrying out complex tasks, often resembling a human or animal.

The ............................is a fundamental component of a robot that acts as the "brain," controlling its movements and operations.

A robot's ability to perceive and interpret its environment is facilitated by its ..............................

The process of a robot making decisions or taking actions based on sensor input is known as .......................................

The mechanical devices responsible for moving or manipulating the robot's limbs or tools are called ...............................

In industrial robotics, a common type of actuator used for precise motion control is the ................................