Group D (16-18)

The number of attempts remaining is 10

1 / 40

Robots are often used in factories to perform repetitive tasks on an line.

2 / 40

 

 

If(1) and we execute (2) , the new value of x is .

3 / 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.

4 / 40

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

5 / 40

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

6 / 40

Match the problem with a possible first step in breaking it down:

3. Learning a new song
2. Solving a math word problem
1. Cleaning your room

7 / 40

Match the robotic system with a specific task it might perform, going beyond general industry applications:

3. Remotely Operated Vehicle (ROV)
1. Surgical Robot
2. Automated Guided Vehicle (AGV)

8 / 40

Match the IoT benefit to its description:

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

9 / 40

Match the programming construct to its purpose in an algorithm:

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

10 / 40

Match the algorithm design technique to its description:

1. Divide and Conquer
2. Greedy Algorithm
3. Dynamic Programming

11 / 40

Match the sorting algorithm with its typical time complexity:

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

12 / 40

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

13 / 40

If an AI makes a decision, it's always the best possible decision.

14 / 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.

15 / 40

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

16 / 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.

17 / 40

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

18 / 40

What could be a possible result of the block ?

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 happens if this block runs while x is always less than 5?

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

What is the primary purpose of using functions in programming?

24 / 40

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

25 / 40

Select all benefits of using functions in programming:

26 / 40

Select all blocks that help work with logic in Blockly:

27 / 40

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

28 / 40

How can we help make sure AI is used ethically? (Select all that apply)

29 / 40

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

30 / 40

A “smart factory” uses many different interconnected systems: robots, sensors, databases, and control software. Which of the following are potential benefits of this integrated IoT approach compared to a traditional, less-connected factory? (Select all that apply)

31 / 40

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

32 / 40

Match the IoT device to its use:

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

33 / 40

AI can do everything a human can do.

34 / 40

Some robots can be controlled remotely.

35 / 40

Which of these is an example of AI?

36 / 40

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

37 / 40

Which of these is MOST like a robot?

38 / 40

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

39 / 40

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

40 / 40

Which of the following are common parts of a robot? (Select all that apply)

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