Group D (16-18)

The number of attempts remaining is 10

1 / 40

In a smart city, IoT can be used to improve traffic flow by monitoring and adjusting signals in real-time.

2 / 40

The process of sending data from an IoT device to a central location (like a computer or the cloud) is called data .

3 / 40

Before you can sort a list of items, you often need to define a by which to compare them (e.g., size, alphabetical order, date).

4 / 40

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

5 / 40

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

6 / 40

Match the IoT device to its typical function:

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

7 / 40

Match the type of sensor to a robotic application where it would be most crucial:

2. Force/Torque Sensor
1. LiDAR
3. Color Sensor

8 / 40

Match the IoT benefit to its description:

1. Increased Efficiency
2. Cost Savings
3. Improved Safety
4. Better Decision-Making

9 / 40

Match the programming concept to its description:

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

10 / 40

Match the programming concept to how it demonstrates abstraction:

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

11 / 40

Match the robotic application with its PRIMARY societal benefit:

3. Precision manufacturing
2. Robotic assistance
4. Delivery drones
1. Automated harvesting

12 / 40

AI systems should be designed to treat everyone fairly, regardless of their race, gender, or background.

13 / 40

An AI system can never be biased, because it's a computer.

14 / 40

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

15 / 40

A robot designed to work in a hospital would need to be very fast, even if it meant being less careful.

16 / 40

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

17 / 40

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

18 / 40

How might a farmer use AI to improve their crops?

19 / 40

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

20 / 40

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

21 / 40

What is the result of this block command in Blockly?

22 / 40

Given the following Blockly code. What will be the final value of sum?

23 / 40

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

24 / 40

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

25 / 40

How could AI potentially be used in disaster relief efforts? (Select all that apply)

26 / 40

Select all blocks that help work with lists in Blockly:

27 / 40

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

28 / 40

Which of these are examples of how AI might be used to help protect the environment? (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 device to its use:

2. Fitness Tracker
3. Smart Lock
1. Smart Thermostat

33 / 40

AI is only used in robots.

34 / 40

All AI systems use machine learning.

35 / 40

Which of these is NOT usually part of a robot?

36 / 40

What does “AI” stand for?

37 / 40

Which of these is MOST like a robot?

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 are steps in solving a problem? (Select all that apply)

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