Group D (EN) – Pythaverse

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

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

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

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

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 complex task with a reasonable way to break it down (decompose it):

3. Designing a website

1. Planning a school field trip

2. Writing a book report

7 / 40

Match the algorithm design concept to its description:

2. Selection

4. Decomposition

1. Sequencing

3. Iteration

8 / 40

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

4. Sorting toys

3. Repeating a song chorus

2. Choosing what to wear

1. Following a recipe

9 / 40

Match the problem-solving strategy to its description:

1. Working Backwards

3. Making a Table or Chart

2. Guess and Check

10 / 40

Match the sorting algorithm with its typical time complexity:

3. Selection Sort

2. Merge Sort

1. Bubble Sort

11 / 40

Match the programming concept to how it demonstrates abstraction:

1. Function

2. Class

4. Variable

3. Library Function

12 / 40

It's always okay to share personal information with any AI-powered chatbot or website.

False

True

13 / 40

All data collected by IoT devices is automatically sent to the cloud for storage and processing.

True

False

14 / 40

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

False

True

15 / 40

If you observe many swans and they are all white, you can conclude with absolute certainty that all swans are white.

False

True

16 / 40

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

True

False

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.

False

True

18 / 40

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

a) Keeping track of patient appointments

b) Ordering new hospital supplies

c) Analyzing medical images (like X-rays) to help identify diseases

19 / 40

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

c) All data from IoT sensors is perfectly accurate.

a) Data visualization is always straightforward.

b) Dealing with high volume, velocity, and variety of data.

20 / 40

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

b) Sorting

a) Decomposition

c) Abstraction

21 / 40

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

b) Combining data from multiple sensors.

a) Deleting all data that is not needed.

c) Transforming data

22 / 40

A city uses sensors and data analysis to manage traffic flow. Which of the following is the MOST LIKELY long-term benefit of this system?

c) Reduced fuel consumption and emissions

b) More expensive traffic lights

a) Increased traffic jams

23 / 40

A city uses sensors to track air pollution levels in different neighborhoods. Which of the following is the MOST LIKELY benefit of analyzing this data?

c) Identifying areas with the highest pollution levels and taking action to improve air quality

a) Knowing exactly which car is causing the most pollution

b) Knowing the favorite color of car of each driver

24 / 40

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

a) Describing a car as "a vehicle with four wheels" instead of listing every part.

d) Writing a summary of a long story, including only the main events.

b) Drawing a detailed picture of your pet cat, including every whisker.

c) Using a map to find your way to a new place, instead of looking at every building and tree.

25 / 40

Which of these are examples of how AI might be used to help protect the environment? (Select all that apply)

c) Optimizing energy use in buildings to reduce waste

a) Predicting and preventing wildfires

b) Creating more plastic pollution

d) Helping scientists track and protect endangered animals

26 / 40

Which of the following are potential ethical concerns related to the increasing use of robots in the workplace? (Select all that apply)

a) Job displacement for human workers

c) The potential for robots to be used for surveillance and control of workers

d) The risk of robots developing consciousness and rebelling against humans

b) Robots becoming too expensive to maintain

27 / 40

Consider the following premises: Premise 1: All squares are rectangles. Premise 2: All rectangles have four sides. Which of the following conclusions can be deductively inferred? (Select all that apply)

d) If a shape does not have four sides, it cannot be a square.

c) Some rectangles have four sides.

b) All squares have four sides.

a) All rectangles are squares.

28 / 40

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

a) Inductive conclusions are always guaranteed to be true.

b) Inductive reasoning involves making generalizations based on specific observations.

d) Inductive reasoning is only used in science.

c) Strong inductive arguments make the conclusion more likely, but don’t guarantee it.

29 / 40

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

B. The program prints "2 odd number."

A. The program prints "2 is an even number."

C. The function checks whether a number is even or odd.

D. If x = 5, the program prints "odd number."

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)

a) Increased reliance on manual labor.

b) Real-time monitoring of production processes and equipment performance.

c) Ability to predict equipment failures before they happen.

d) Ability to automatically adjust production based on real-time demand and supply chain information.

31 / 40

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

32 / 40

Match the IoT device to its use:

2. Fitness Tracker

1. Smart Thermostat

3. Smart Lock

33 / 40

A recipe for baking cookies is NOT an algorithm.

True

False

34 / 40

Some robots can be controlled remotely.

False

True

35 / 40

What does “AI” stand for?

b) Artificial Intelligence

a) Amazing Invention

c) Always Intelligent

36 / 40

Which of these might have a sensor inside?

c) A wooden block

b) A smart watch

a) A teddy bear

37 / 40

If an AI makes a mistake, who is responsible?

c) The people who created or use the AI

b) The computer it runs on

a) The AI itself

38 / 40

What is the main advantage of using robots in factories?

c) They can eat lunch

b) They can do the same job many times without getting tired

a) They can talk to workers

39 / 40

What are the benefits of using robots? (Select all that apply)

b) Replace the human’s feeling

a) Help people to do dangerous tasks

d) help people to do heavy task

c) help people to do repetitive work

40 / 40

What can AI be used for? (Select all that apply)

a) Helping doctors diagnose diseases

f) Turning water into fuel

c) Driving a car without a human

b) Suggesting movies you might like

e) Growing plants without sunlight

d) Helping write stories

0%

Leave a Reply Cancel reply