Robotics

9.Which of the following is a disadvantage of using robots in a warehouse?

10.Which of the following is NOT a characteristic of a robot?

11.A robot used in an assembly line that repeatedly performs the same task without variation is best described as:

12.Which of the following is an advantage to employees of using robots in a factory?

13.A company uses robots in a warehouse to move and pack items. Which of the following is a likely disadvantage of this approach?

14.In agriculture, a robot is used for planting seeds. Which of the following is an advantage of using such a robot?

15.A hospital is considering using robots as rehabilitation therapists. Which of the following is a disadvantage of this application?

16.Which of the following is an example of a 'smart' robot?

17.A robot used in an educational setting to provide interactive learning experiences for children is an example of which role?

18.A factory uses robots for quality inspection of products. Which of the following is a limitation of this application?

19.A company is considering using robots in its factory. Which of the following is a disadvantage to the company's owners?

20.What does the term 'programmable' mean in the context of robotics?

21.A robot in a car assembly line repeatedly performs the same task without variation. This robot is best described as:

22.A robotics engineer is designing a robot to inspect welds on a car chassis. Which combination of characteristics is essential for this task?

23.Which of the following is an example of a 'dumb robot'?

24.A factory uses a robot for quality inspection of products. The robot uses a vision system to detect defects. Which of the following is a limitation of this application?

25.Which of the following is a disadvantage of using robots in agriculture for planting seeds?

26.Which of the following is an example of a 'smart robot'?

27.A robotics company is designing a robot to assist in warehouse operations. The robot must be able to navigate around obstacles, pick up items of varying shapes, and decide the most efficient packing order. Which of the following best describes this type of robot?

28.A factory uses a robot to inspect products on an assembly line. The robot uses a vision system to detect surface defects. Which of the following is a limitation of this application?

29.A company has installed a robot in its warehouse to move and pack items. The initial cost of the robot was $200,000, and it has an annual maintenance cost of $15,000. The robot is expected to operate for 5 years. What is the total cost of ownership over the 5-year period?

30.Which of the following is an example of a dumb robot?

31.A hospital is considering using a robot to assist in rehabilitation therapy. The robot can provide personalised physical therapy exercises. Which of the following is a disadvantage of this application?

32.A farmer uses a robot for planting seeds. The robot can plant seeds at precise depths and distances. Which of the following is a limitation of this application?

33.A company uses a robot in its factory to assemble small electronic components. The robot has sensors to detect component placement and actuators to move its arm. Which of the following best describes the role of the electrical components in this robot?

34.A robotics company is developing a robot to assist in surgery. The robot must be able to make decisions based on real-time data and learn from previous procedures. Which of the following ethical issues is most likely to arise from this application?

35.A school purchases an educational robot to provide interactive learning experiences for children. Which of the following is a disadvantage of this application?

36.Which of the following best defines 'programmable' in the context of a robot?

37.A company is deciding between using a dumb robot or a smart robot for a task that involves repetitive pick-and-place operations on an assembly line. The task does not require adaptation. Which of the following is the most cost-effective choice?

38.A robot in a factory uses a vision system to inspect products for surface defects. Which of the following is a limitation of this application?

39.A company uses a robot in its warehouse to move and pack items. The robot uses sensors to navigate and actuators to move. Which of the following best describes the role of the actuators?

40.Which of the following is an advantage of using a dumb robot in a car assembly line?

41.A dumb robot can adapt and learn from its environment.

42.One advantage of using a robot as a rehabilitation therapist is that it can provide emotional support to patients.

43.Which of the following are ethical issues raised by the development of artificial intelligence and robotics? (Select all that apply)

44.Arrange the following in the order they are typically involved in a robot's operation: (1) Sensors gather data, (2) Actuators perform actions, (3) Microprocessor processes data.

45.Match each robot application to its role:

46.Match each robot application to its role.

47.Arrange the following in the order in which a robot typically processes information to perform a task.

48.Which of the following are characteristics of a robot? (Select all that apply)

49.A company is considering using a robot in its warehouse to move and pack items. The robot must navigate around obstacles and handle items of varying sizes. Which type of robot would be most suitable?

50.A company uses a robot in a warehouse to move and pack items. The robot uses sensors to navigate and actuators to move. Which two characteristics of a robot are demonstrated by this robot?

51.Complete the sentence.

52.State one disadvantage to a company's owners of using robots in manufacturing.

53.A robot in a warehouse costs $200,000 to install and has an annual maintenance cost of $10,000. If the robot saves the company $50,000 per year in labour costs, how many years will it take for the robot to pay for itself? (Ignore inflation and other costs.)

54.Fill in the blanks to complete the definition.

55.A company installs a robot in its warehouse at a cost of $200,000. The annual maintenance cost is $10,000. If the robot saves the company $50,000 per year in labour costs, what is the payback period in years?

56.State one ethical issue raised by the development of artificial intelligence and robotics.

57.A company installs a robot in its warehouse at a cost of $200,000. The annual maintenance cost is $10,000. If the robot saves the company $50,000 per year in labour costs, how many years will it take for the robot to pay for itself (including maintenance costs)?

58.Explain two advantages to employees of using robots in a factory.

59.A robot in a warehouse costs $200,000 to install and has an annual maintenance cost of $10,000. If the robot saves the company $50,000 per year in labour costs, how many years will it take for the robot to pay for itself? (Ignore inflation and other costs.)

60.A company installs a robot in its warehouse at a cost of $200,000. The annual maintenance cost is $10,000. If the robot saves the company $50,000 per year in labour costs, what is the payback period in years?

61.A company installs a robot in its warehouse at a cost of $200,000. The annual maintenance cost is $10,000. If the robot saves the company $50,000 per year in labour costs, how many years will it take for the robot to pay for itself (including maintenance costs)?