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Test your basic knowledge |
Robotics
Start Test
Study First
Subject
:
engineering
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. A touch sensor used to limit the motion of a moving device. Limit switches may be used to provide a precise beginning and end point to mechanical motion
Worm and wheel
Analog Signal
Work envelope
Limit Switch
2. Containing - producing - arising from - or actuated by electricity
Simple gear train
Efficiency
Limitation
Electric
3. Locating and finding the cause of problems related to technological products or systems
Workforce
Troubleshoot
Gear
Feedback
4. A sensor used to measure the angular position of the axle or shaft passing through its center
Potentiometer
Automation
Troubleshoot
Sensor
5. Try our a new procedure - idea - or activity
Controller
Sprocket
Experimentation
Troubleshoot
6. Circular movement
Gear Ratio
Economics
Ratio
Rotary Motion
7. Movement in a straight line
Force
Closed-Loop System
Linear motion
Simple gear train
8. A level or point at which something would start or cease to happen or come into effect
Threshold
Automation
Closed-Loop System
Controller
9. Some factor that restricts the scope of activity or accomplishment
Limitation
Controller
Gear
Sensor
10. A robot is a machine that performs complicated tasks and is guided by automatic controls
Robot
Experimentation
Electric
Computer Program
11. Something put into a system - such as resources - in order to achieve a result
Reciprocating
Malfunction
Input
Force
12. A control flow statement that allows code to be executed repeatedly
End effector
While Loop
Pseudocode
Debug
13. The efficient production of small amounts of products
Flexible Manufacturing System
Automation
Belt and Pulley
Ethical
14. The effect or influence of one thing on another. Some impacts are anticipated - and others are unanticipated.
Impact
Simple gear train
Reciprocating
Output
15. A turn where one wheel rotates forward and the other rotates backward - causing the robot to sit and spin in place
Analog Signal
Trade- off
Driven Gear
Point Turn
16. Toothlike projections arranged on a wheel rim to engage the links of a chain
Sprocket
Power Supply
Trade- off
Input
17. An improvement of an existing technological product - system - or method of doing something
Simple gear train
Program
While Loop
Innovation
18. A mechanical arrangement consisting of a toothed wheel driven by a short revolving cylinder bearing a screw thread
Controller
Worm and wheel
Belt and Pulley
Power Supply
19. A technique that is used to make a process automatic
Robot
Pseudocode
Automation
Inverse
20. To function imperfectly or badly
Rotary Motion
Impact
Maintenance
Malfunction
21. The use of technology to ease human labor or to extend the mental or physical capabilities of humans
Potentiometer
Troubleshoot
Automation
Electric
22. In robotics - a tiny computer that acts as the robot's brain and contains the computer program
Experimentation
Trade- off
Controller
Electric
23. A control system that has no means for comparing the output with input for control purposes. An open - loop system often requires human intervention
Debug
Potentiometer
Linear motion
Open -Loop System
24. The space within which a robotic arm can move
Work envelope
Worm and wheel
Feedback
Linear motion
25. Anything your robot does; turning no a motor is a behavior - following a line is a behavior - navigating a maze is a behavior
Closed-Loop System
Malfunction
Behavior
Sprocket
26. The quantitative relation between two amounts showing the number of times one value contains or is contained within the other
Computer Aided Manufacturing
Comments
Behavior
Ratio
27. The transmission of power between shafts by means of a belt connecting pulleys on the shafts
Controller
Worm and wheel
Troubleshoot
Belt and Pulley
28. A pivot pin near the outside edge of a wheel or disk that changes rotary motion into reciprocating motion.
Hydraulic
Crank and Slider
Comments
Linear motion
29. A step- by- step procedure for solving a problem - especially by a computer
Sensor
Algorithm
Debug
Robotics
30. The results of the operation of any system
Gear Ratio
Input
Rotary Motion
Output
31. In robotics - provides power to the robot; may supply electricity - hydraulic - power - or pneumatic power
Power Supply
Input
Threshold
Factory
32. The process of locating trouble and making repairs in machinery and technical equipment
Computer Program
Trade- off
Troubleshoot
Controller
33. The ability to bring a desired result with the least waste of time - energy - or material
Economics
Output
Open -Loop System
Efficiency
34. Conforming to a established set principles or accepted professional standards or conduct
Oscillate
Rotary Motion
Ethical
End effector
35. A building or set of buildings with facilities for manufacturing or producing goods
Feedback
Factory
Crank and Slider
Sprocket
36. A twisting force
Idler gear
Drive gear
Torque
Energy
37. The ratio of the speed of the driving member of a gear train to that of the driven member
Pitch
Program
Gear Ratio
Work envelope
38. A combination of two or more gears used to transmit motion between two rotating shafts or between a shaft and a slide
Oscillate
Controller
Pitch
Simple gear train
39. Opposite in position - direction - order - or effect
Trade- off
Inverse
Work envelope
Analog Signal
40. A community - nation - or broad grouping of people having common traditions - institutions - and collective activities and interests
Output
Oscillate
Rotary Motion
Society
41. In robotics - a series of coded instructions the robot must follow
Open -Loop System
Efficiency
Computer Program
Maintenance
42. Technology dealing with the design - construction - and operation of robots and automation
Robotics
Input
Robot
End effector
43. A back and forth movement
Computer Program
Reciprocating
Invention
Output
44. A new product - system - or process that has never existed before - created by study and experimentation
Controller
Invention
Crank and Slider
Swing Turn
45. Using computers to operate and control machines and processes to manufacture a product
Robot
Computer Aided Manufacturing
Drive gear
Economics
46. The gear which transmits power and motion to the rest of the system. The input gear
Touch Sensor
Computer Program
Debug
Drive gear
47. The information produced by a computer
Point Turn
Output
Ethical
Sensor
48. Set of instructions that control the operation of a computer
Touch Sensor
Computer-Integrated Manufacturing
Program
Efficiency
49. A rotating gear that meshes wit ha bar that has a gear tooth along its length. Changes rotating motion in a linear motion.
Ethical
Rack and Pinion
System
Hydraulic
50. A sensor that detects physical contact and reports back to the controller whether its contact area is being pushed in or not
Input
Touch Sensor
Idler gear
Oscillate