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

This block helps to generate a random number in a range from to ?

3 / 40

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

4 / 40

In an IoT system, the devices that gather information from the environment are called .

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 IoT device to its typical function:

1. Smartwatch
2. Smart Thermostat
3. Smart Speaker
4. Smart Lock

7 / 40

Match the programming construct to its purpose in an algorithm:

2. Conditional
3. Variable
1. Loop
4. Function

8 / 40

Match the smart city application with its description:

1. Smart Lighting
3. Air Quality Monitoring
2. Waste Management
4. Smart Parking

9 / 40

Match the everyday task to the algorithm design concept it BEST represents:

1. Following a recipe
3. Repeating a song chorus
2. Choosing what to wear
4. Sorting toys

10 / 40

Match the programming concept to how it demonstrates abstraction:

3. Library Function
1. Function
2. Class
4. Variable

11 / 40

Match the sorting algorithm with its typical time complexity:

1. Bubble Sort
2. Merge Sort
3. Selection Sort

12 / 40

AI can be used to help detect fraudulent credit card transactions.

13 / 40

A loop is used to make a decision in a program.

14 / 40

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

15 / 40

Using IoT devices always makes things more secure.

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.

17 / 40

Data aggregation in IoT always involves calculating the average of the collected data.

18 / 40

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

19 / 40

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

20 / 40

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

21 / 40

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

22 / 40

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

23 / 40

A company wants to use robots to inspect bridges for cracks and damage. What is the MOST important advantage of using robots for this task?

24 / 40

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

25 / 40

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

26 / 40

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

27 / 40

Select all blocks that help work with logic in Blockly:

28 / 40

What are the advantages of using functions in programming? (Select all that apply)

29 / 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?

30 / 40

Which of the following statements are correct? (Choose all that apply)

31 / 40

A robot uses to detect things around it, like light or temperature.

32 / 40

Match the robot part to its function:

3. Gripper
1. Wheels
2. Sensor

33 / 40

Making your bed can be broken down into smaller steps.

34 / 40

Robots can help people with dangerous jobs.

35 / 40

What comes next: Red, Yellow, Blue, Red, Yellow, ____?

36 / 40

What is a key benefit of using IoT in agriculture?

37 / 40

What is the main purpose of a robot's controller?

38 / 40

If an AI makes a mistake, who is responsible?

39 / 40

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

40 / 40

Which of the following shows an AABB pattern? (Select all that apply)

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