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
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
The more you have to support an inductive conclusion, the the conclusion is likely to be.
5 / 40
A named storage location in a computer's memory that can hold a value is called a .
6 / 40
Match the IoT device to its typical function:
7 / 40
Match the type of sensor to a robotic application where it would be most crucial:
8 / 40
Match the programming concept to its description:
9 / 40
Match the correct Blockly blocks with their functions:
10 / 40
Match the real-world scenario with the type of abstraction it primarily represents:
11 / 40
Match the problems with algorithm design:
12 / 40
AI systems should be designed to treat everyone fairly, regardless of their race, gender, or background.
13 / 40
If an AI makes a decision, it's always the best possible decision.
14 / 40
Using IoT devices always makes things more secure.
15 / 40
Inductive reasoning involves making a general conclusion based on specific observations.
16 / 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.
17 / 40
The best problem-solving strategy is always the one that gets you to the answer the fastest, even if it's not the most reliable.
18 / 40
How might a farmer use AI to improve their crops?
19 / 40
What could be a possible result of this block?
20 / 40
Which of the following is a common challenge in analyzing data from a large-scale IoT deployment?
21 / 40
What is “data normalization” in the context of IoT data analysis?
22 / 40
What is a key challenge in using robots for underwater exploration?
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
You have lots of different toy animals. Which of these is a way to use abstraction when thinking about them? (Select all that apply)
25 / 40
Select all benefits of using functions in programming:
26 / 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)
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)
28 / 40
You are tasked with organizing a school fundraising event. Which of the following are examples of breaking down this task (decomposition)? (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:
33 / 40
Robot can feel sad or happy.
34 / 40
It is fine to give my friend’s address to smart toy.
35 / 40
What is an algorithm?
36 / 40
I have seen many white swans. Therefore, all swans must be white. Is this a good argument?
37 / 40
You use the internet to search some data for your homework, what did you use at that time?
38 / 40
You are planning a birthday party. Which of these is the BEST example of decomposition?
39 / 40
What are the benefits of using robots? (Select all that apply)
40 / 40
Which of the following are examples of AI applications? (Select all that apply)
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