Computational Artifacts Impact Health and Well-being

Which of the following best describes computational artifacts and devices?

• Natural objects used to improve computational efficiency.

• Physical artifacts created through traditional craftsmanship.

• Traditional tools used for manual calculations and data storage.

• Software and hardware designed to process, store, and analyze information.

In STEM learning, computational artifacts refer to digital projects students create, such as ______ assignments, ___________, or ___________ media.

Which of the following best illustrates the application of

computational artifacts in health monitoring?

• A wearable device that tracks biometric data.

• A printed food journal used to manually log daily calorie intake.

• A etextbook used for learning anatomy.

• A stopwatch used to measure running speed.

Which of the following best describes the role of virtual assistants like Siri or Google Assistant as computational artifacts?

• They use language processing to interpret and respond to user queries.

• They function solely as voice recorders without processing user commands.

• They require manual programming by users to perform any tasks.

• They operate independently without relying on cloud-based algorithms.

How do computational artifacts embedded in advanced medical devices, such as robotic surgery assistants and MRI scanners, contribute to precision medicine?

• By standardizing treatments for all patients, removing the need for individualized medical approaches.

• By functioning as simple data storage tools without influencing medical procedures or decision-making.

• By enabling real-time data analysis, automation, and AI-driven decision-making for personalized treatment.

• By replacing healthcare professionals entirely, eliminating the need for human intervention in diagnostics and surgery.

Which of the following best describes the role of computational artifacts in self-driving cars?

• They function as entertainment systems, providing media playback for passengers.

• They enable decision-making by processing sensor data for real-time navigation and obstacle detection.

• They replace the need for traffic laws by autonomously deciding new road regulations.

• They eliminate the need for any human intervention, ensuring completely infallible navigation

How do computational artifacts enhance the functionality of interactive video games like Minecraft and educational simulations?

• By real-time processing to generate adaptive, interactive environments.

• By removing the need for programming, making all game elements manually designed.

• By providing only pre-scripted content with no real-time user interaction.

• By relying exclusively on static graphics without dynamic rendering.

How do digital tools like Photoshop and Blender enhance the creation of digital art and animation?.

• By functioning solely as storage platforms for digital artwork.

• By keeping artistic freedom through automated design constraints.

• By replacing the need for human creativity in the artistic process.

• By allowing artists to edit, animate, and render visuals with precision and efficiency.