Group D (16-18)

The number of attempts remaining is 10

1 / 40

Deductive reasoning starts with general rules and uses them to reach a conclusion.

2 / 40

In an IoT system, devices often communicate wirelessly using protocols like Wi-Fi, Bluetooth, or .

3 / 40

When you describe a cat as a “mammal with four legs, fur, and a tail,” you are using , because you aren't mentioning its specific color or breed.

4 / 40

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

5 / 40

When designing an algorithm, it's important to ensure that the steps are in the correct and that there are no logical errors. This process is called debugging.

6 / 40

Match the part of an IoT system to its role:

1. Sensor
3. Actuator
2. Network
4. Data processing

7 / 40

Match the programming concept to its description:

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

8 / 40

Match the industry with a relevant IoT application:

1. Healthcare
3. Transportation
2. Manufacturing
4. Retail

9 / 40

 

 

 

 

 

 

 

 

Match the correct Blockly block with its function:

2. Checks if a number is even
1. Loops while the condition is true
4. Sorts a list in ascending order
3. Updates the value of x

10 / 40

Match the programming concept to how it demonstrates abstraction:

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

11 / 40

Match the sorting algorithm with its typical time complexity:

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

12 / 40

IoT devices can only communicate with each other if they are made by the same company.

13 / 40

In most programming languages, the order of instructions doesn't matter.

14 / 40

Robots used for search and rescue missions often need to be able to operate in difficult or unpredictable environments.

15 / 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.

16 / 40

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

17 / 40

In a large-scale IoT deployment, storing all raw sensor data directly in a traditional relational database is generally the most efficient and cost-effective approach.

18 / 40

Which block helps create an empty list in Blockly?

19 / 40

What could be a possible result of this block?

20 / 40

You're writing an algorithm to sort a list of numbers from smallest to largest. What is this process called?

21 / 40

You are writing instructions for someone to make a peanut butter and jelly sandwich. Which of these is the BEST way to describe putting on the peanut butter?

22 / 40

Which of these is the BEST example of a “collaborative robot” (cobot) application?

23 / 40

A company uses sensors on its delivery trucks to track their location, speed, and fuel consumption. What is the MOST LIKELY reason for collecting this data?

24 / 40

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

25 / 40

Select all blocks that help work with lists in Blockly:

26 / 40

Select all blocks that help work with logic in Blockly:

27 / 40

What are some potential ethical concerns about using AI in self-driving cars? (Select all that apply)

28 / 40

A large software project is usually too complex for one person to handle. How can decomposition help? (Select all that apply)

29 / 40

Given the list x = [1, 3, 4, 5, 6, 8], the following Blockly code: Which numbers will be printed?

30 / 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)

31 / 40

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

32 / 40

Match the IoT application to its benefit:

2. Connected Healthcare
3. Smart Agriculture
1. Smart Cities

33 / 40

It's okay to be rude to a chatbot because it's not a real person.

34 / 40

Sorting your toys by color is an example of abstraction.

35 / 40

Which of these is NOT usually part of a robot?

36 / 40

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

37 / 40

If an AI makes a mistake, who is responsible?

38 / 40

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

39 / 40

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

40 / 40

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

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