WorksheetsQUIZ 4
Total questions: 62
Worksheet time: 44mins
It is the intersection of science, engineering and technology that produces machines, called robots, that replicate or substitute for human actions.
(a)
Robotics is the intersection of , and that produces machines, called robots, that replicate or substitute for human actions.
Science
Technology
Engineering
Business
Social Studies
Robots can replicate human actions
True
False
Humans are more accurate and efficient in performing basic and repetitive tasks.
True
False
Robotics is important in various fields because they are .
Used to alleviate strenuous tasks and complete dangerous missions
Can reach areas inaccessible to human hands, allowing for greater accuracy.
Eliminate dangerous jobs for humans, reducing workplace accidents.
Robots can work in any environment, offering flexibility and precision.
Robotics are important in the field of medicine because .
Can reach areas inaccessible to human hands, allowing for greater accuracy.
Used to alleviate strenuous tasks and complete dangerous missions.
Eliminate dangerous jobs for humans, reducing workplace accidents.
Robots can work in any
environment, offering flexibility and precision.
Robotics can contribute to Safety and Efficiency by .
Reaching areas inaccessible to human hands, allowing for greater accuracy.
Eliminating dangerous jobs for humans, reducing workplace accidents.
Working in any environment, offering flexibility and precision.
How is robotics important in terms of versatility and flexibility?
Used to alleviate strenuous tasks and complete dangerous missions.
Can reach areas inaccessible to human hands, allowing for greater accuracy.
Eliminate dangerous jobs for humans, reducing workplace accidents.
Robots can work in any environment, offering flexibility and
precision.
What type of robot resembles or mimic human behavior (e.g., running, jumping, carrying objects) and may have human-like faces and expressions?
Software robot
The world's most perfect humanoid Robot is?
"Cobots" is a shorten term for?
What type of robot that is designed to work alongside humans, focusing on safety, use sensors to remain aware of surroundings, execute slow movements, and stop when obstructed. Also, they perform simple tasks, freeing humans for more complex work.
The type of robot that automate manufacturing processes, often used in factories and warehouses. They typically feature a robotic arm to handle heavy objects with speed and precision and commonly used on assembly lines to boost productivity.
What type of robots assist healthcare professionals and support human physical and mental health. They utilize AI and sensors to navigate healthcare settings and execute precise movements. Some interact and converse with humans, fostering social and emotional growth?
Medical robots
These are type of robots that handle repetitive, labor-intensive tasks, improving farmers’ efficiency. They Operate in greenhouses, monitor crops, and assist with harvesting.
Involves the study and development of miniature robots, often no larger than a millimeter. Commonly used by biotech researchers to monitor and treat diseases, improving diagnostics and targeted treatments. What robot type is this?
They are the type of robot that enhance or replace human capabilities, such as robotic prosthetic limbs or exoskeletons. They could redefine human ability, making humans faster and stronger.
Augmenting robots
Agricultural robots
Microrobots
These are autonomous computer programs that carry out tasks, not considered physical robots. Chatbots for customer service are great example for these robot type.
Robot Component: Like a BRAIN, sends signals to control components and perform tasks.
(a)
Robot Component: Detect STIMULI, enabling the robot to interact with its surroundings and process commands.
(a)
Robot Component: Driven by MOTORS, allow the robot’s body or frame to move and complete tasks.
(a)
Robot Component: Robots require POWER, typically from batteries or outlets, to operate.
(a)
Robot Component: EXTERNAL TOOLS that enable robots to complete specific tasks, such as gripping, drilling, or surgery.
(a)
Robot Application: Industrial robots are used for assembling products, sorting items, welding, painting, and even maintaining other machinery in factories and warehouses.
(a)
Robot Application: Medical robots transport supplies, assist in surgical procedures, and provide emotional support for individuals undergoing rehabilitation.
(a)
Robot Application: Social robots help children with learning disabilities and serve as therapeutic tools for those with dementia, while also enhancing customer service in hotels and managing inventory in warehouses.
(a)
Robot Application: Consumers commonly recognize robots like the Roomba; however, other home
robots include lawn-mowing devices and personal assistants that can play music, interact with children, and assist with chores.
(a)
Robot Application: Can save individuals from floods, deliver supplies to remote locations, and extinguish fires in hazardous conditions.
(a)
Ethical and Social Implications: Robots should incorporate human-like features while ensuring they do not replace human interactions, particularly in customer service settings.
Social Cues
Trust and Safety
Autonomy
Responsibility
Privacy and Data Protection
Ethical and Social Implications: User intention to engage with robots is influenced by how safe and trustworthy they are perceived to be. While designers must ensure safety, companies deploying service robots should prioritize and consistently guarantee these aspects.
Social Cues
Trust and Safety
Autonomy
Responsibility
Privacy and Data Protection
Ethical and Social Implications: Companies should be able to prevent unintended consequences and ensure control over the robots' actions.
Social Cues
Trust and Safety
Autonomy
Responsibility
Privacy and Data Protection
Ethical and Social Implications: Companies must ensure that actions and decisions are traceable for accountability and liability purposes.
Autonomy
Responsibility
Privacy and Data Protection
Social Cues
Trust and Safety
Ethical and Social Implications: Companies should transparently communicate how and why data is collected, protect customer data through encryption, and ensure compliance with relevant guidelines and laws.
Autonomy
Responsibility
Privacy and Data Protection
Social Cues
Trust and Safety
Ethical and Social Implications: Companies should involve employees in decisions about robot implementation and offer retraining opportunities if robots take over certain roles to facilitate a smooth transition.
Responsibility
Social Cues
Privacy and Data Protection
Trust and Safety
Human Worker Replacement
What is the integration of digital information with the user's environment in real time?
(a)
When was the Augmented Reality invented?
The term ‘augmented reality’ wasn’t coined until 1990 by Boeing researcher Tim Caudell.
True
False
What is the key difference between AR and VR?
How do AR works?
AR works by overlaying digital content onto the real world using cameras and sensors, data is collected and processed to
determine where to
place AR objects.
A type of AR that uses physical markers (e.g., QR codes, images) that can be recognized by the AR device (like a smartphone) to trigger the overlay of digital content.
(a)
A type of AR that does not rely on predefined markers. Instead, it uses features like gyroscopes and depth sensors to understand the environment and place digital content.
(a)
A type of AR that is also known as GPS-based AR, this type relies on the device’s GPS, accelerometer, and compass to overlay content based on the user’s geographic location.
(a)
A type of AR that projects digital content onto physical surfaces using a projector. The content can be static or interactive, where users interact with the projection without using a screen.
(a)
A type of AR that involves overlaying digital objects onto the real world in a way that alters or enhances the perception of physical objects. It can replace parts of the real- world view with virtual elements.
(a)
Applications of AR:
Retail
Entertainment and Gaming
Art and Architecture
Tools and Measurement
Navigation
It is a simulated experience that can mimic real or imagined environments, allowing users to immerse themselves in a 3D space.
(a)
In History of VR, The first VR system, "Sensorama" was in?
1960s
1970s
1980s
2010s
When was VR in gaming and entertainment introduced?
1960s
1970s
1990s
2000s
The year where the surge in VR devices started
2010s
1990s
2000s
1960s
Component of VR: Display visuals and track head movements.
(a)
Component of VR: Detect user position and gestures
(a)
Component of VR: Allow interaction within the VR environment
(a)
Type of VR: Traditional screens, limited interaction (e.g., VR videos)
(a)
Type of VR: combines real and virtual worlds (e.g., flight simulators)
(a)
Type of VR: Complete immersion with headsets and physical interaction (e.g., VR games).
(a)
What application of VR that provides enhanced engagement, unique gameplay mechanics.
Gaming and Entertainment
Education and Training
Healthcare and Therapy
What type of VR that provides interactive learning environments and increases retention, enhances engagement like using VR for anatomy lessons.
Education and Training
Healthcare and Therapy
Gaming and Entertainment
Application of VR that provides simulations for surgeries and procedures like for example, using VR for pain management during procedures.
Gaming and Entertainment
Education and Training
Healthcare and Therapy
Challenges and Limitations of VR are:
Cost
Motion Sickness
Growth
Revolution
What ethical consideration is crucial when deploying robots in the workplace?
Ensuring robots do not infringe on employee privacy.
Maximizing productivity at all costs.
Reducing the number of human workers.
Minimizing the cost of robot maintenance.
Who invented invented Augmented Reality technology in 1968 where the development of the first head-mounted display system happened?
Who coined the term 'Augmented Reality'?
