The learner will identify different industrial robotic applications and configurations.
Robotic Applications and Configurations: Part 2 of 4
The two main automation types are flexible automation and hard automation. What is the difference between the two?
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Correct!
The two main automation types are flexible automation and hard automation. What is the difference between the two?
Correct Answer
Flexible automation can perform a variety of tasks while hard automation can only perform the specific task that it was built for.
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Incorrect
The two main automation types are flexible automation and hard automation. What is the difference between the two?
Your Answer
Correct Answer
Flexible automation can perform a variety of tasks while hard automation can only perform the specific task that it was built for.
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Which of the following descriptions best describes the term anthropomorphic?
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
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Which of the following descriptions best describes the term anthropomorphic?
Correct Answer
Humanlike in form
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Incorrect
Which of the following descriptions best describes the term anthropomorphic?
Your Answer
Correct Answer
Humanlike in form
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Movement along the X, Y, & Z axes are considered the three basic degrees of freedom. What is the name for the X, Y, & Z coordinate system?
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Correct!
Movement along the X, Y, & Z axes are considered the three basic degrees of freedom. What is the name for the X, Y, & Z coordinate system?
Correct Answer
Cartesian coordinate system
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Incorrect
Movement along the X, Y, & Z axes are considered the three basic degrees of freedom. What is the name for the X, Y, & Z coordinate system?
Your Answer
Correct Answer
Cartesian coordinate system
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Correct!
What decade saw the first industrial robots go online in a GM plant?
Correct Answer
1960s
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Incorrect
What decade saw the first industrial robots go online in a GM plant?
Your Answer
Correct Answer
1960s
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Incorrect
A robot can have more than six axes of freedom.
Your Answer
Correct Answer
True
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
How many degrees of freedom are required for a robot to be considered completely versatile?
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Correct!
How many degrees of freedom are required for a robot to be considered completely versatile?
Correct Answer
6
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Incorrect
How many degrees of freedom are required for a robot to be considered completely versatile?
Your Answer
Correct Answer
6
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
What does the acronym SCARA stand for?
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Correct!
What does the acronym SCARA stand for?
Correct Answer
Selective compliance assembly robot arm
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Robotic Applications and Configurations: Part 2 of 4
Incorrect
What does the acronym SCARA stand for?
Your Answer
Correct Answer
Selective compliance assembly robot arm
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Of the following power systems, which one can be used to drive a robot?
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Correct!
Of the following power systems, which one can be used to drive a robot?
Correct Answer
All of the above
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Incorrect
Of the following power systems, which one can be used to drive a robot?
Your Answer
Correct Answer
All of the above
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
What is another name for the tool mounted on the end of the robot?
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Correct!
What is another name for the tool mounted on the end of the robot?
Correct Answer
All of the above
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Incorrect
What is another name for the tool mounted on the end of the robot?
Your Answer
Correct Answer
All of the above
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Correct!
The actuator in a robot system is used to convert power into robotic movement.
Correct Answer
True
Question 1 of 10
Robotic Applications and Configurations: Part 2 of 4
Incorrect
The actuator in a robot system is used to convert power into robotic movement.
Your Answer
Correct Answer
True
Question 1 of 10
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- 3/2/2015
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- 3/2/2015
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Robotic Applications and Configurations: Part 2 of 4 by Fox Valley Technical College is licensed under a Creative Commons Attribution 3.0 Unported License.