Group D (EN) – Pythaverse

Group D (16-18)

The number of attempts remaining is 10

1 / 40

Robots are often used in factories to perform repetitive tasks on an line.

2 / 40

Even a strong inductive argument cannot provide absolute , because there is always a possibility of a example or exception.

3 / 40

Inductive reasoning involves making a conclusion based on specific observations, but this conclusion is not guaranteed to be .

4 / 40

The process of collecting data from many different IoT devices and combining it into a single dataset is often called data .

5 / 40

In object-oriented programming, a blueprint or template for creating objects is called a .

6 / 40

Match the problem with a possible first step in breaking it down:

3. Learning a new song

1. Cleaning your room

2. Solving a math word problem

7 / 40

Match the programming concept to its description:

3. Conditional

2. Loop

1. Variable

4. Function

8 / 40

Match the industry with a relevant IoT application:

1. Healthcare

3. Transportation

4. Retail

2. Manufacturing

9 / 40

Match the type of problem to the problem-solving strategy that would likely be MOST effective:

2. Arranging furniture

1. Planning a route

3. Secret code

10 / 40

Match the specialized robotic system to its MOST likely application, considering both the task and the environment:

3. Drone with thermal camera

4. Remotely Operated Vehicle (ROV)

1. Surgical Robot

2. Automated Guided Vehicle (AGV)

11 / 40

Match the algorithm design technique to its description:

1. Divide and Conquer

3. Dynamic Programming

2. Greedy Algorithm

12 / 40

All data collected by IoT devices is automatically sent to the cloud for storage and processing.

False

True

13 / 40

All online chatbots use Artificial Intelligence to understand and respond to your questions.

True

False

14 / 40

In software development, breaking down a large project into modules (like a login module, a shopping cart module, etc.) is an example of decomposition.

False

True

15 / 40

Decomposing a complex problem always leads to a single, uniquely correct set of subproblems.

True

False

16 / 40

If an AI system is trained on biased data, it is guaranteed to make biased decisions, even if the programming code itself is perfectly fair and unbiased.

False

True

17 / 40

In a well-defined problem, the initial state, the goal state, and the allowable operations are all clearly specified.

True

False

18 / 40

Which of these is the BEST example of how AI is used in healthcare?

a) Keeping track of patient appointments

c) Analyzing medical images (like X-rays) to help identify diseases

b) Ordering new hospital supplies

19 / 40

What does “transparency” mean in the context of AI ethics?

b) Making sure the AI is very fast.

a) Making the AI look pretty.

c) Understanding how the AI makes its decisions.

20 / 40

Imagine an AI is used to decide who gets a loan. What kind of bias could be a problem?

a) The AI might prefer certain colors of clothing.

b) The AI might only approve loans for people who like cats.

c) The AI might unfairly deny loans to people from certain neighborhoods.

21 / 40

Why is it important to consider ethical issues when developing AI?

c) To make the AI as fast as possible.

b) To make sure the AI is fair and doesn’t harm people.

a) To make sure the AI looks nice.

22 / 40

Given the following Blockly code. which numbers will be printed?

C. 4, 8,12, 16,18

B. 4, 8,12, 16

A. 4, 8, 16

23 / 40

A “smart factory” uses interconnected sensors and machines. What is the MOST significant advantage of this approach compared to a traditional factory?

a) The factory looks more modern.

c) The factory workers wear smartwatches.

b) Data-driven optimization of production, leading to increased efficiency and reduced waste.

24 / 40

Which of the following are examples of abstraction? (Select all that apply)

a) Describing a car as "a vehicle with four wheels" instead of listing every part.

b) Drawing a detailed picture of your pet cat, including every whisker.

d) Writing a summary of a long story, including only the main events.

c) Using a map to find your way to a new place, instead of looking at every building and tree.

25 / 40

How can we help make sure AI is used ethically? (Select all that apply)

a) Only let computer scientists work on AI.

b) Think carefully about the possible impacts of AI before it’s used.

c) Have rules and guidelines for how AI should be developed and used.

26 / 40

What are some potential benefits of using AI in education? (Select all that apply)

d) Helping teachers grade papers and track student progress

c) Providing instant feedback on student work, even outside of class hours

b) Replacing teachers entirely with robots

a) Personalized learning programs that adjust to each student’s pace

e) Creating lesson plans automatically without teacher involvement

27 / 40

You are writing a computer program to draw a simple house. Which of the following are examples of breaking down this task (decomposition)? (Select all that apply)

a) Draw a square for the main part of the house.

b) Draw a triangle for the roof.

c) Decide on the overall color scheme before drawing anything.

28 / 40

Which of the following are examples of AI being used in transportation? (Select all that apply)

b) Regular trains that run on a fixed schedule

d) Apps that predict the fastest route for your journey, considering traffic and road closures

e) Robots that help people cross the street at the right time during rush hour

c) Traffic lights that adjust their timing based on real-time traffic flow

a) Self-driving cars

29 / 40

What are some important things to consider when writing good code? (Select all that apply)

b) Using comments to explain what the code is doing.

c) Making sure the code does what it’s supposed to do.

a) Making the code as short as possible, even if it’s hard to understand.

30 / 40

A “smart factory” uses many different interconnected systems: robots, sensors, databases, and control software. Which of the following are potential benefits of this integrated IoT approach compared to a traditional, less-connected factory? (Select all that apply)

a) Increased reliance on manual labor.

b) Real-time monitoring of production processes and equipment performance.

c) Ability to predict equipment failures before they happen.

d) Ability to automatically adjust production based on real-time demand and supply chain information.

31 / 40

Finding the common features in different problems is an example of .

32 / 40

Match the IoT device to its use:

3. Smart Lock

2. Fitness Tracker

1. Smart Thermostat

33 / 40

A recipe for baking cookies is NOT an algorithm.

False

True

34 / 40

Some robots can be controlled remotely.

True

False

35 / 40

Which of these is an example of an IoT device?

c) A wooden toy

b) A smart thermostat

a) A regular lamp

36 / 40

What is a key benefit of using IoT in agriculture?

a) Automatically harvesting all crops

c) Monitoring crop health/soil

b) Replacing all human farmers

37 / 40

Which of these is MOST like a robot?

d) A chair

c) A remote-controlled car

a) A car

b) A doll

38 / 40

Which of these tasks is MOST likely to use AI today?

b) Recommending a product you might like online

a) Building a house

c) Cooking dinner

39 / 40

Which of the following are types of robots? (Select ALL that apply)

a) Industrial robots

d) Mobile robots

c) Imaginary robots

b) Service robots

40 / 40

What can AI be used for? (Select all that apply)

e) Growing plants without sunlight

a) Helping doctors diagnose diseases

d) Helping write stories

f) Turning water into fuel

b) Suggesting movies you might like

c) Driving a car without a human

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