Score
Regional Unified Quarterly Assessment
First Quarter
CREATIVE TECHNOLOGY 10
Name Date
Section Division
School
Direction: Encircle your best answer.
1. What is a programmable machine capable of carrying out tasks autonomously or
semi-autonomously?
a. Robot b. Actuator c. Sensor d. Control System
2. What are devices that allow robots to perceive and interact with their
environment?
a. Robot b. Actuator c. Sensor d. Control System
3. What is the study of motion in robots, focusing on how various components move
and interact?
a. Sensor b. Actuator c. Kinematics d. Path Planning
4. What refers to the ability of robots to interpret visual data from cameras and other
sensors?
a. Path Planning c. Kinematics
b. Machine Vision d. Artificial Intelligence
5. What are robots that are Used for aerial surveillance, photography, and delivery
in various industries?
a. Aerial Drones c. Surgical Robots
b. Harvesting Robots d. Space Station Robots
6. What are robots that are designed for entertainment and education, like robotic
pets and programmable toys?
a. Rover c. Toy Robot
b. Theme Park Robots d. Bomb Disposal Robots
7. What robots are used to explore planetary surfaces, such as Mars rovers like
Curiosity and Perseverance?
a. Rovers c. Aerial Drone
b. Toy Robot d. Mobile Robots
8. What are robots that are automated telescopes for astronomical observations?
a. Underwater Robots c. Robotic Telescopes
b. Theme Park Robots d. Space Station Robots
9. What is a type of is a proximity sensor that detects nearby objects by their effect
on the electrical field created by the sensor? It can also detect a change in
capacitance when something or someone approaches or touches the sensor.
a. Capacitive Sensor c. Inductive Sensor
b. Ultrasonic Sensor d. Infrared Sensor
10. What is the outer surface of a capacitive sensor that comes into contact with or
detects the proximity of objects?
a. Sensing Face c. Sensor’s Body
b. Sensor Connection d. Indicator Light
11. What is an essential component of the interior part of a capacitive sensor that
is important in many capacitive sensing systems, especially when they are used for
specific applications like touch-sensitive controls or proximity sensing?
a. Oscillator c. Indicator Light
b. Output Interface d. Trigger Circuit
12. What is an electronic device that can detect ferrous metal targets without
physical contact?
a. Capacitive Sensor c. Inductive Sensor
b. Ultrasonic Sensor d. Infrared Sensor
13. What refers to a signal or data that is represented using discrete, distinct values,
typically two in number, which are often referred to as "0" and "1”?
a. Digital Input c. Analog Input
b. Digital Sensors d. Analog Sensors
14. How would you compare humanoid robots and mobile robots in terms of their
primary design and functionality?
a. Humanoid robots are designed for specific tasks, while mobile robots are versatile
and adaptable.
b. Humanoid robots are typically equipped with wheels for mobility, while mobile
robots have human-like bipedal legs.
c. Humanoid robots are exclusively used in research and entertainment, whereas
mobile robots are utilized in industries like manufacturing and logistics.
d. Humanoid robots are built to resemble humans and perform tasks in human
environments, while mobile robots are designed for tasks requiring more specialized
mobility and manipulation capabilities.
15. What is the main idea behind sensors in the context of technology?
a. Connecting devices to the internet
b. Providing power to electronic devices
c. Enhancing the physical appearance of devices
d. Collecting and analyzing data to make informed decisions
16. How can you describe the primary technology that enables self-driving cars to
navigate and make decisions?
a. Windshield Wipers c. Mechanical Steering
b. Hydraulic Systems d. Artificial Intelligence
17. If you want your device to receive a binary signal sent by an industrial sensor
and convert it into a reliable logic signal, you should select?
a. Digital Input c. Sensor Device
b. Analog Input d. Inductive Sensor
18. How can you describe Bomb Disposal Robots?
a. Miniaturized vehicles designed for underground exploration.
b. Highly intelligent humanoids with advanced reasoning abilities.
c. Autonomous flying drones used for surveillance in high-risk areas.
d. Remote-controlled devices equipped with specialized tools for safely disposing of
explosive devices.
19. How can you describe the primary purpose of manufacturing robots?
a. To increase the cost of production.
b. To eliminate the need for quality control.
c. To replace all human workers in manufacturing plants.
d. To perform tasks requiring precision, speed, and automation in the manufacturing
process
20. Which of the following is the function of capacitive sensor?
a. It is used to detect mechanical deformation
b. It is used to detect ferrous metal targets without any physical contact.
c. It is used to detect target presence when exposed to an area coverage.
d. It is used to detect the targets like liquids or solids without any physical contact.
21. How can you describe a digital input signal?
a. It varies continuously over time.
b. It is used to transmit analog data
c. It can have an infinite number of possible values.
d. It is represented using discrete values, typically 0 and 1.
22. How can you differentiate between ANALOG INPUTS and DIGITAL INPUTS in a
microcontroller or electronic system?
a. By their color coding
b. By their physical size
c. By their operating frequency
d. By the voltage levels they use
23. How would you identify DIGITAL INPUT sensors?
a. By their capability to transmit data wirelessly.
b. By their capacity to measure continuous variables
c. By their ability to convert physical quantities into analog signals.
d. By their use of discrete binary values, typically 0 and 1, to represent data
24. What would the result be if a delivery robot's battery level dropped below a
critical threshold during a delivery?
a. The robot would call for human assistance.
b. The robot would continue the delivery at a slower pace.
c. The robot would automatically return to its charging station.
d. The robot would complete the delivery but require manual recharging afterward.
25. How would you present the advantages of Harvesting Robots to a group of farmers
considering adopting this technology?
a. Sharing a research paper with detailed technical specifications.
b. Performing a live demonstration of the Harvesting Robots in action.
c. Sending an email with a list of benefits and testimonials from other farmers.
d. Using a slideshow with statistics and graphs showcasing increased efficiency and
reduced labor costs.
26. How would you modify the behavior of a learning robot in a programming
environment to encourage faster adaptation to changing tasks and environments?
a. Increase the size of the robot's physical sensors.
b. Provide more consistent and stable training data.
c. Decrease the diversity of tasks presented to the robot.
d. Decrease the learning rate in the robot's neural network.
27. How would you change the cleaning efficiency of a Robotic Vacuum Cleaner?
a. Make it quieter
b. Increase its battery life
c. Increase its dustbin capacity
d. Add more sensors for better navigation
28. How does a strain gauge work in mechanical sensors?
a. By measuring fluid pressure
b. By detecting electromagnetic fields
c. By analyzing thermal radiation emissions
d. By converting force-induced deformation into electrical resistance changes
29. What examples can you find that demonstrate the typical applications of an
inductive sensor in industrial settings?
a. Monitoring heart rate in medical devices in hospitals
b. Measuring light intensity in photography in the studio
c. Detecting the presence of metallic objects in conveyor systems
d. Gauging temperature in food processing during manufacturing process in the plant.
30. What could you invent to improve Educational Robots for enhanced learning
experiences?
a. A rocket booster for faster movement
b. A built-in coffee maker for the instructors
c. A self-repairing mechanism for extended durability
d. A virtual reality headset for immersive simulations
