Group D (EN) – Pythaverse

Group D (16-18)

The number of attempts remaining is 10

1 / 40

Farmers can use IoT sensors to monitor the levels in their soil and optimize irrigation.

2 / 40

To find a specific name in a very long, sorted list, a search algorithm would generally be much faster than checking each name one by one.

3 / 40

A smart watch measures your heart rate many times per day. The average heart rate over 24 hours is an example of data . Choose the one from these words list (aggregation/summarization/ averaging)

4 / 40

To make sense of the large amounts of data collected by IoT devices, we often use techniques of data .

5 / 40

A detailed, step-by-step method for solving a problem or completing a task, often expressed in a way that a computer can understand, is called an .

6 / 40

Match the part of an IoT system to its role:

4. Data processing

1. Sensor

2. Network

3. Actuator

7 / 40

Match the programming concept to its description:

4. Function

2. Loop

3. Conditional

1. Variable

8 / 40

Match the robotic challenge with a relevant technological solution:

1. Precise movement in surgery

3. Safe human-robot interaction

2. Object recognition

9 / 40

Match the industry with a relevant IoT application:

3. Transportation

1. Healthcare

4. Retail

2. Manufacturing

10 / 40

Match the programming concept to how it demonstrates abstraction:

2. Class

1. Function

4. Variable

3. Library Function

11 / 40

Match the robotic challenge with the MOST relevant technological solution:

3. Safe interaction with humans

4. Operating in low-light conditions

1. Precise, repetitive movements in manufacturing

2. Navigation in complex, unstructured environments

12 / 40

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

False

True

13 / 40

AI-powered recommendation systems, like those used by Netflix or YouTube, only suggest things you've already watched or liked.

False

True

14 / 40

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

True

False

15 / 40

Using IoT devices always makes things more secure.

True

False

16 / 40

It is ethically acceptable to use AI to create highly realistic fake videos of real people without their consent, as long as it's clearly labeled as “for entertainment purposes only.”

True

False

17 / 40

Downsampling IoT sensor data can reduce storage costs, but it also inevitably results in some loss of information.

True

False

18 / 40

How might a farmer use AI to improve their crops?

b) By talking to the plants every day

c) By using sensors and AI to monitor soil conditions and water the plants only when needed

a) By playing music to the plants

19 / 40

What is “data normalization” in the context of IoT data analysis?

a) Deleting all data that is not needed.

c) Transforming data

b) Combining data from multiple sensors.

20 / 40

What would the following pseudocode do? x = 5 x = x + 2 PRINT x

a) Print the number 5

b) Print the number 2

c) Print the number 7

21 / 40

Which of the following is a common challenge in analyzing data from a large-scale IoT deployment?

b) Dealing with high volume, velocity, and variety of data.

a) Data visualization is always straightforward.

c) All data from IoT sensors is perfectly accurate.

22 / 40

“Deepfakes” are realistic but fabricated videos or audio recordings created using AI. Which of these is the MOST significant ethical concern regarding deepfakes?

c) They can be used to spread misinformation and damage reputations.

b) They require a lot of computing power to create.

d) They are always easy to identify as fake.

a) They are often very entertaining.

23 / 40

Which of the following best describes the concept of “recursion” in programming?

d) A type of error that crashes the program.

c) A way to store data in a list.

a) A function that calls itself.

b) A loop that never ends.

24 / 40

Why is abstraction useful in computer science? (Select all that apply)

b) It helps programmers focus on the essential details and ignore the unnecessary ones.

d) To make the program colorful

a) It makes computer programs look prettier.

c) It allows programmers to create more complex systems by breaking them down into smaller, manageable parts.

25 / 40

Consider the following premises: Premise 1: All squares are rectangles. Premise 2: All rectangles have four sides. Which of the following conclusions can be deductively inferred? (Select all that apply)

c) Some rectangles have four sides.

b) All squares have four sides.

d) If a shape does not have four sides, it cannot be a square.

a) All rectangles are squares.

26 / 40

Select all benefits of using functions in programming:

A. Helps make the code easier to read and maintain

C. Makes the program run faster

D. Helps reuse code multiple times

B. Avoids repeating the same code multiple times

27 / 40

Which of the following statements about inductive reasoning are TRUE? (Select all that apply)

a) Inductive conclusions are always guaranteed to be true.

d) Inductive reasoning is only used in science.

c) Strong inductive arguments make the conclusion more likely, but don’t guarantee it.

b) Inductive reasoning involves making generalizations based on specific observations.

28 / 40

In a “lights-out” factory (a fully automated factory with minimal human presence), which of the following are likely to be TRUE? (Select all that apply)

a) Robots perform most, if not all, of the manufacturing tasks

c) The factory can operate 24/7 with minimal downtime

b) Human workers are still needed for all stages of production

29 / 40

In a “smart city,” different IoT systems (traffic lights, pollution sensors, public transportation, waste management) are integrated. What are some potential challenges of this integration? (Select all that apply)

c) Making sure the city looks aesthetically pleasing.

d)Deciding what color the traffic light should be.

a) Making sure all the systems can communicate with each other, even if they use different technologies.

b) Ensuring the privacy and security of the vast amounts of data collected.

30 / 40

If we input the list `x = [2, 3, 4, 5, 7, 8]` into the program above, what will be the output after running the program?

C. 5

B. 2

D. 8

E. 7

A. 3

31 / 40

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

32 / 40

Match the AI term to its description:

3. Algorithm

1. Machine Learning

2. AI

33 / 40

All robots have wheels.

True

False

34 / 40

Some robots can be controlled remotely.

True

False

35 / 40

What helps a robot move?

c) Ears

b) Motors

a) Eyes

36 / 40

Which of these is an example of an IoT device?

b) A smart thermostat

a) A regular lamp

c) A wooden toy

37 / 40

What is the main advantage of using robots in factories?

a) They can talk to workers

b) They can do the same job many times without getting tired

c) They can eat lunch

38 / 40

If an AI makes a mistake, who is responsible?

a) The AI itself

c) The people who created or use the AI

b) The computer it runs on

39 / 40

Which of these are examples of algorithms? (Select all that apply)

c) A story about a dog

d) Instructions for building a LEGO set

a) A recipe for cookies.

b) The rules of a board game.

40 / 40

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

a) Helping doctors diagnose diseases

f) Turning water into fuel

b) Suggesting movies you might like

c) Driving a car without a human

e) Growing plants without sunlight

d) Helping write stories

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