Medical Robotics – MCQs September 2, 2025 by u930973931_answers 50 Score: 0 Attempted: 0/50 Subscribe 1. What is the primary purpose of medical robots? (A) Entertainment in hospitals (B) Assist in surgeries and healthcare tasks (C) Replacing doctors completely (D) Controlling hospital finances 2. Which is the most widely used surgical robotic system? (A) Da Vinci Surgical System (B) Atlas Robot (C) Watson AI (D) Pepper Robot 3. Medical robots are mainly designed to improve: (A) Precision and minimally invasive procedures (B) Hospital decoration (C) Patient billing (D) Food supply in hospitals 4. A telepresence robot in healthcare allows: (A) Remote consultation by doctors (B) Patients to play games (C) Hospital to save electricity (D) Nurses to work fewer hours 5. Robotic-assisted surgery reduces: (A) Patient recovery time and surgical errors (B) Hospital construction cost (C) Number of nurses required in hospitals (D) Price of medicines 6. Rehabilitation robots are used to: (A) Help patients regain movement after injury (B) Control hospital management (C) Replace X-ray machines (D) Diagnose cancer 7. Which of the following is a benefit of medical robotics? (A) High precision in complex procedures (B) Increased infection rates (C) More surgical errors (D) Longer recovery periods 8. The use of robots in pharmacy is mainly for: (A) Drug dispensing and management (B) Patient diagnosis (C) Blood transfusion (D) Nutrition planning 9. Surgical robots are generally controlled by: (A) Surgeons through computer interfaces (B) Nurses manually (C) Patients directly (D) Hospital administration 10. The Da Vinci system is mainly used in: (A) Minimally invasive surgeries (B) Dental cleaning (C) X-ray imaging (D) Blood tests 11. Which type of robot helps doctors perform surgery from a distant location? (A) Tele-surgical robots (B) Rehabilitation robots (C) Pharmacy robots (D) Service robots 12. One major disadvantage of medical robots is: (A) High cost of installation and training (B) Better precision (C) Faster recovery (D) Less pain for patients 13. Medical nanorobots are designed to: (A) Operate at cellular or molecular level inside the body (B) Replace hospital staff (C) Clean hospital floors (D) Manage hospital accounts 14. Which robot type assists in elderly care? (A) Service robots (B) Surgical robots (C) Military robots (D) Agricultural robots 15. A key advantage of robotic surgery is: (A) Smaller incisions and less blood loss (B) Longer hospital stays (C) More complications (D) Lower precision 16. AI combined with medical robotics improves: (A) Decision-making and accuracy (B) Hospital architecture (C) Parking facilities (D) Food menus 17. Robots that deliver supplies in hospitals are called: (A) Logistic robots (B) Surgical robots (C) Rehabilitation robots (D) Companion robots 18. Exoskeleton robots are primarily used in: (A) Physical rehabilitation (B) Food distribution (C) Diagnostic imaging (D) Hospital cleaning 19. Robotic prosthetics improve: (A) Mobility and independence of disabled patients (B) Hospital decoration (C) Financial transactions (D) Nurse salaries 20. The main challenge in medical robotics adoption is: (A) High cost and training requirements (B) Too much demand from patients (C) Lack of electricity (D) High speed of surgery 21. Robots that assist in patient monitoring are known as: (A) Care robots (B) Surgical robots (C) Logistic robots (D) Agricultural robots 22. Robotic surgery reduces the need for: (A) Large surgical incisions (B) Doctors in hospitals (C) Medicines after surgery (D) Diagnostic imaging 23. Which component of medical robots ensures fine movement? (A) Robotic arms with high precision actuators (B) Hospital lighting (C) Billing systems (D) Ventilation systems 24. Robotic systems in diagnosis are used for: (A) Imaging and biopsy procedures (B) Hospital cleaning (C) Nurse recruitment (D) Ambulance driving 25. Surgical robots enhance: (A) Dexterity and visualization for surgeons (B) Food services in hospitals (C) Number of hospital rooms (D) Patient insurance 26. Companion robots are useful in: (A) Providing emotional support to patients (B) Performing brain surgeries (C) Delivering laboratory samples (D) Administering injections 27. Which of the following is a risk of robotic surgery? (A) System malfunction or technical error (B) Faster recovery (C) Smaller wounds (D) Reduced infection risk 28. The field combining robotics and medicine is called: (A) Medical robotics (B) Biophysics (C) Pathology (D) Pharmacology 29. In robotic surgery, surgeons usually operate using: (A) Console with 3D vision and hand controls (B) Simple keyboards (C) Touchscreen phones (D) Voice commands only 30. Robots in emergency care are useful for: (A) Transporting critical supplies and patients (B) Managing hospital accounts (C) Cleaning waiting areas (D) Scheduling doctors 31. Which factor makes robotic surgery minimally invasive? (A) Small, precise robotic instruments (B) Open surgical cuts (C) Large incisions (D) Manual force by doctors 32. The first robotic surgery systems appeared in: (A) 1980s–1990s (B) 1950s (C) 2005 (D) 2015 33. In pediatrics, robots are used to: (A) Calm children and assist in care (B) Manage hospital accounts (C) Train doctors only (D) Build hospital buildings 34. A surgical robot can translate surgeon’s hand movements into: (A) Smaller, precise robotic movements (B) Large and rough cuts (C) Automatic billing (D) Patient admission forms 35. Which sensor is critical for medical robots in navigation? (A) Vision and proximity sensors (B) Smoke detectors (C) Thermostats (D) Fire alarms 36. Disinfection robots in hospitals use: (A) UV light for sterilization (B) Surgery tools (C) Food trays (D) Blood samples 37. In neurosurgery, robots are used for: (A) High-precision operations in the brain (B) Transporting food (C) Cleaning hospital floors (D) Checking heart rate 38. The primary ethical issue with medical robots is: (A) Responsibility for errors and accountability (B) Hospital design (C) Nurse promotion (D) Patient diet 39. Robotic catheter systems are used in: (A) Cardiac procedures (B) Eye testing (C) Dental cleaning (D) Nutrition programs 40. Which technology enhances medical robot accuracy? (A) Artificial intelligence and machine learning (B) Agriculture engineering (C) Political sciences (D) Textile engineering 41. A major role of robots in orthopedics is: (A) Assisting in joint replacement surgeries (B) Checking patient temperature (C) Delivering food trays (D) Testing blood samples 42. Surgical robots provide: (A) Enhanced visualization and reduced tremors (B) Hospital budget cuts (C) Nurse scheduling (D) Doctor promotions 43. Which medical robot type is designed for minimally invasive heart surgery? (A) Cardiac surgical robots (B) Logistic robots (C) Rehabilitation robots (D) Companion robots 44. Disadvantage of using robots in healthcare is: (A) High maintenance cost (B) Reduced accuracy (C) Increased infection (D) Longer recovery 45. Robots used in radiology assist in: (A) Positioning patients and operating imaging equipment (B) Delivering medicines (C) Emotional support (D) Hospital accounting 46. Which feature of robots reduces surgeon fatigue? (A) Ergonomic control console (B) Larger hospital rooms (C) Faster billing system (D) Automatic lighting 47. Robots in labs are mainly used for: (A) Handling samples and running tests (B) Cleaning staff areas (C) Nurse recruitment (D) Patient billing 48. Which advantage makes robotic-assisted surgery preferred in many cases? (A) Shorter hospital stays (B) Larger incisions (C) More blood loss (D) Increased complications 49. Robots in infectious disease control are used to: (A) Limit human exposure by handling dangerous tasks (B) Recruit nurses (C) Print patient bills (D) Expand hospital buildings 50. The future of medical robotics is expected to focus on: (A) Increased AI integration and autonomy (B) Manual open surgeries only (C) Closing robotic research (D) Removing automation from hospitals